diff --git a/RNA-seq/02-gastric_cancer_tximeta.nb.html b/RNA-seq/02-gastric_cancer_tximeta.nb.html index 5ad82e07..778bfb98 100644 --- a/RNA-seq/02-gastric_cancer_tximeta.nb.html +++ b/RNA-seq/02-gastric_cancer_tximeta.nb.html @@ -3264,8 +3264,8 @@

Summarize to gene

# Summarize to the gene level
 gene_summarized <- summarizeToGene(txi_data)
- -
loading existing EnsDb created: 2024-08-08 16:10:27
+ +
loading existing EnsDb created: 2024-12-04 21:59:44
obtaining transcript-to-gene mapping from database
diff --git a/scRNA-seq-advanced/01-read_filter_normalize_scRNA-live.Rmd b/scRNA-seq-advanced/01-read_filter_normalize_scRNA-live.Rmd index e5407a46..e5877fe2 100644 --- a/scRNA-seq-advanced/01-read_filter_normalize_scRNA-live.Rmd +++ b/scRNA-seq-advanced/01-read_filter_normalize_scRNA-live.Rmd @@ -90,9 +90,7 @@ Finally, we will set up the our output directory, creating it if it does not yet normalized_dir <- file.path(data_dir, "normalized") # create the directory if it does not exist -if (!dir.exists(normalized_dir)) { - dir.create(normalized_dir, recursive = TRUE) -} +fs::dir_create(normalized_dir) # output RDS file for normalized data output_sce_file <- file.path(normalized_dir, diff --git a/scRNA-seq-advanced/01-read_filter_normalize_scRNA.nb.html b/scRNA-seq-advanced/01-read_filter_normalize_scRNA.nb.html index 98d9521c..5668bd50 100644 --- a/scRNA-seq-advanced/01-read_filter_normalize_scRNA.nb.html +++ b/scRNA-seq-advanced/01-read_filter_normalize_scRNA.nb.html @@ -3107,16 +3107,14 @@

Directories and files

- +
# Outputs ------------------------------------
 
 # Directory and file to save output
 normalized_dir <- file.path(data_dir, "normalized")
 
 # create the directory if it does not exist
-if (!dir.exists(normalized_dir)) {
-  dir.create(normalized_dir, recursive = TRUE)
-}
+fs::dir_create(normalized_dir)
 
 # output RDS file for normalized data
 output_sce_file <- file.path(normalized_dir,
@@ -3144,9 +3142,12 @@ 

Reading Cell Ranger data

other common data formats are discussed in [Chapter 3 of OSCA] (http://bioconductor.org/books/3.16/OSCA.intro/getting-scrna-seq-datasets.html#reading-counts-into-r).

- +
# read SCE from matrix directory
-raw_sce <- DropletUtils::read10xCounts(raw_matrix_dir)
+raw_sce <- DropletUtils::read10xCounts( + raw_matrix_dir, + col.names = TRUE # ensure barcodes are set as column names in the SCE object +)
Warning: replacing previous import 'S4Arrays::makeNindexFromArrayViewport' by
@@ -3161,7 +3162,7 @@ 

Reading Cell Ranger data

# view SCE object
 raw_sce
- +
class: SingleCellExperiment 
 dim: 36601 734492 
 metadata(1): Samples
@@ -3169,7 +3170,8 @@ 

Reading Cell Ranger data

rownames(36601): ENSG00000243485 ENSG00000237613 ... ENSG00000278817 ENSG00000277196 rowData names(3): ID Symbol Type -colnames: NULL +colnames(734492): AAACCCAAGAAACCCA-1 AAACCCAAGAAATTCG-1 ... + TTTGTTGTCTTTCTAG-1 TTTGTTGTCTTTGCAT-1 colData names(2): Sample Barcode reducedDimNames(0): mainExpName: NULL @@ -3251,16 +3253,16 @@

Structure of the SingleCellExperiment object

# view colData (cell barcodes)
 head(colData(raw_sce))
- +
DataFrame with 6 rows and 2 columns
-                  Sample            Barcode
-             <character>        <character>
-1 data/glioblastoma-10.. AAACCCAAGAAACCCA-1
-2 data/glioblastoma-10.. AAACCCAAGAAATTCG-1
-3 data/glioblastoma-10.. AAACCCAAGAACTGAT-1
-4 data/glioblastoma-10.. AAACCCAAGAAGAACG-1
-5 data/glioblastoma-10.. AAACCCAAGAAGCGCT-1
-6 data/glioblastoma-10.. AAACCCAAGAAGGATG-1
+ Sample Barcode + <character> <character> +AAACCCAAGAAACCCA-1 data/glioblastoma-10.. AAACCCAAGAAACCCA-1 +AAACCCAAGAAATTCG-1 data/glioblastoma-10.. AAACCCAAGAAATTCG-1 +AAACCCAAGAACTGAT-1 data/glioblastoma-10.. AAACCCAAGAACTGAT-1 +AAACCCAAGAAGAACG-1 data/glioblastoma-10.. AAACCCAAGAAGAACG-1 +AAACCCAAGAAGCGCT-1 data/glioblastoma-10.. AAACCCAAGAAGCGCT-1 +AAACCCAAGAAGGATG-1 data/glioblastoma-10.. AAACCCAAGAAGGATG-1
@@ -3313,7 +3315,7 @@

Filtering empty droplets

raw_sce
- +
class: SingleCellExperiment 
 dim: 36601 462027 
 metadata(1): Samples
@@ -3321,7 +3323,8 @@ 

Filtering empty droplets

rownames(36601): ENSG00000243485 ENSG00000237613 ... ENSG00000278817 ENSG00000277196 rowData names(3): ID Symbol Type -colnames: NULL +colnames(462027): AAACCCAAGAAACCCA-1 AAACCCAAGAAATTCG-1 ... + TTTGTTGTCTTTCTAG-1 TTTGTTGTCTTTGCAT-1 colData names(2): Sample Barcode reducedDimNames(0): mainExpName: NULL @@ -3370,21 +3373,21 @@

Filtering empty droplets

# view rows where FDR is not `NA`
 droplet_df[!is.na(droplet_df$FDR), ]
- +
DataFrame with 2176 rows and 5 columns
-         Total   LogProb     PValue   Limited         FDR
-     <integer> <numeric>  <numeric> <logical>   <numeric>
-1        15622        NA         NA        NA   0.0000000
-2          589  -1614.42  0.6597340     FALSE   0.7664609
-3          507  -1343.92  0.9993001     FALSE   1.0000000
-4        19899        NA         NA        NA   0.0000000
-5          881  -2262.85  0.0237976     FALSE   0.0311013
-...        ...       ...        ...       ...         ...
-2172       867  -2361.80 0.00009999      TRUE 0.000139922
-2173      1245  -2840.48 0.04199580     FALSE 0.054297601
-2174       770  -2046.57 0.05659434     FALSE 0.072654445
-2175      1011  -2876.13 0.00009999      TRUE 0.000139922
-2176      9987        NA         NA        NA 0.000000000
+ Total LogProb PValue Limited FDR + <integer> <numeric> <numeric> <logical> <numeric> +AAACCCACATGTGTCA-1 15622 NA NA NA 0.0000000 +AAACCCAGTGGTAATA-1 589 -1614.42 0.6597340 FALSE 0.7664609 +AAACGAAAGAAACTAC-1 507 -1343.92 0.9993001 FALSE 1.0000000 +AAACGAAAGAGAACCC-1 19899 NA NA NA 0.0000000 +AAACGAATCCCTTCCC-1 881 -2262.85 0.0237976 FALSE 0.0311013 +... ... ... ... ... ... +TTTGGTTTCCCGGTAG-1 867 -2361.80 0.00009999 TRUE 0.000139922 +TTTGGTTTCCGGACTG-1 1245 -2840.48 0.04199580 FALSE 0.054297601 +TTTGGTTTCTGTCCCA-1 770 -2046.57 0.05659434 FALSE 0.072654445 +TTTGTTGGTCAGGCAA-1 1011 -2876.13 0.00009999 TRUE 0.000139922 +TTTGTTGTCAGATTGC-1 9987 NA NA NA 0.000000000
@@ -3411,7 +3414,7 @@

Filtering empty droplets

filtered_sce
- +
class: SingleCellExperiment 
 dim: 36601 1626 
 metadata(1): Samples
@@ -3419,7 +3422,8 @@ 

Filtering empty droplets

rownames(36601): ENSG00000243485 ENSG00000237613 ... ENSG00000278817 ENSG00000277196 rowData names(3): ID Symbol Type -colnames: NULL +colnames(1626): AAACCCACATGTGTCA-1 AAACGAAAGAGAACCC-1 ... + TTTGTTGGTCAGGCAA-1 TTTGTTGTCAGATTGC-1 colData names(2): Sample Barcode reducedDimNames(0): mainExpName: NULL @@ -3498,24 +3502,32 @@

Calculating summary QC statistics

head(colData(filtered_sce))
- +
DataFrame with 6 rows and 8 columns
-                  Sample            Barcode       sum  detected
-             <character>        <character> <numeric> <integer>
-1 data/glioblastoma-10.. AAACCCACATGTGTCA-1     15622      2822
-2 data/glioblastoma-10.. AAACGAAAGAGAACCC-1     19899      3503
-3 data/glioblastoma-10.. AAACGCTAGATTAGAC-1      2858      1367
-4 data/glioblastoma-10.. AAACGCTGTACGCTAT-1     31363      4354
-5 data/glioblastoma-10.. AAAGAACAGTACAGCG-1     12636      2780
-6 data/glioblastoma-10.. AAAGGATAGATTGTGA-1     13489      2533
-  subsets_mito_sum subsets_mito_detected subsets_mito_percent     total
-         <numeric>             <integer>            <numeric> <numeric>
-1             1699                    13             10.87569     15622
-2             1141                    11              5.73396     19899
-3              108                    10              3.77887      2858
-4             1887                    13              6.01664     31363
-5             1008                    11              7.97721     12636
-6             1145                    13              8.48840     13489
+ Sample Barcode sum + <character> <character> <numeric> +AAACCCACATGTGTCA-1 data/glioblastoma-10.. AAACCCACATGTGTCA-1 15622 +AAACGAAAGAGAACCC-1 data/glioblastoma-10.. AAACGAAAGAGAACCC-1 19899 +AAACGCTAGATTAGAC-1 data/glioblastoma-10.. AAACGCTAGATTAGAC-1 2858 +AAACGCTGTACGCTAT-1 data/glioblastoma-10.. AAACGCTGTACGCTAT-1 31363 +AAAGAACAGTACAGCG-1 data/glioblastoma-10.. AAAGAACAGTACAGCG-1 12636 +AAAGGATAGATTGTGA-1 data/glioblastoma-10.. AAAGGATAGATTGTGA-1 13489 + detected subsets_mito_sum subsets_mito_detected + <integer> <numeric> <integer> +AAACCCACATGTGTCA-1 2822 1699 13 +AAACGAAAGAGAACCC-1 3503 1141 11 +AAACGCTAGATTAGAC-1 1367 108 10 +AAACGCTGTACGCTAT-1 4354 1887 13 +AAAGAACAGTACAGCG-1 2780 1008 11 +AAAGGATAGATTGTGA-1 2533 1145 13 + subsets_mito_percent total + <numeric> <numeric> +AAACCCACATGTGTCA-1 10.87569 15622 +AAACGAAAGAGAACCC-1 5.73396 19899 +AAACGCTAGATTAGAC-1 3.77887 2858 +AAACGCTGTACGCTAT-1 6.01664 31363 +AAAGAACAGTACAGCG-1 7.97721 12636 +AAAGGATAGATTGTGA-1 8.48840 13489
@@ -3649,7 +3661,7 @@

One more filter: unique gene count

qcfiltered_sce <- qcfiltered_sce[, which(qcfiltered_sce$detected >= 200)] qcfiltered_sce
- +
class: SingleCellExperiment 
 dim: 36601 1233 
 metadata(1): Samples
@@ -3657,7 +3669,8 @@ 

One more filter: unique gene count

rownames(36601): ENSG00000243485 ENSG00000237613 ... ENSG00000278817 ENSG00000277196 rowData names(3): ID Symbol Type -colnames: NULL +colnames(1233): AAACCCACATGTGTCA-1 AAACGAAAGAGAACCC-1 ... + TTTGGTTTCATCTACT-1 TTTGTTGTCAGATTGC-1 colData names(9): Sample Barcode ... total prob_compromised reducedDimNames(0): mainExpName: NULL @@ -3717,7 +3730,7 @@

Normalization

normalized_sce
- +
class: SingleCellExperiment 
 dim: 36601 1233 
 metadata(1): Samples
@@ -3725,7 +3738,8 @@ 

Normalization

rownames(36601): ENSG00000243485 ENSG00000237613 ... ENSG00000278817 ENSG00000277196 rowData names(3): ID Symbol Type -colnames: NULL +colnames(1233): AAACCCACATGTGTCA-1 AAACGAAAGAGAACCC-1 ... + TTTGGTTTCATCTACT-1 TTTGTTGTCAGATTGC-1 colData names(10): Sample Barcode ... prob_compromised sizeFactor reducedDimNames(0): mainExpName: NULL @@ -3832,7 +3846,7 @@

Principal components analysis

normalized_sce
- +
class: SingleCellExperiment 
 dim: 36601 1233 
 metadata(1): Samples
@@ -3840,7 +3854,8 @@ 

Principal components analysis

rownames(36601): ENSG00000243485 ENSG00000237613 ... ENSG00000278817 ENSG00000277196 rowData names(3): ID Symbol Type -colnames: NULL +colnames(1233): AAACCCACATGTGTCA-1 AAACGAAAGAGAACCC-1 ... + TTTGGTTTCATCTACT-1 TTTGTTGTCAGATTGC-1 colData names(10): Sample Barcode ... prob_compromised sizeFactor reducedDimNames(1): PCA mainExpName: NULL @@ -3903,12 +3918,12 @@

UMAP

results using the plotReducedDim() function.

- +
# plot the UMAP
 scater::plotReducedDim(normalized_sce,
                        "UMAP",
                        # color by the most variable gene
-                       colour_by = hv_genes[1])
+ color_by = hv_genes[1])

@@ -3985,10 +4000,10 @@

Unsupervised clustering

we can skip that argument.

- +
# plot UMAP with assigned clusters
 scater::plotUMAP(normalized_sce,
-                 colour_by = "nn_cluster")
+ color_by = "nn_cluster")

@@ -4033,7 +4048,7 @@

Print session info

sessionInfo()
- +
R version 4.4.1 (2024-06-14)
 Platform: x86_64-pc-linux-gnu
 Running under: Ubuntu 22.04.4 LTS
@@ -4103,27 +4118,27 @@ 

Print session info

[69] glue_1.7.0 metapod_1.12.0 [71] tools_4.4.1 BiocNeighbors_1.22.0 [73] ScaledMatrix_1.12.0 locfit_1.5-9.9 - [75] scran_1.32.0 cowplot_1.1.3 - [77] rhdf5_2.48.0 grid_4.4.1 - [79] DropletUtils_1.24.0 edgeR_4.2.0 - [81] colorspace_2.1-0 GenomeInfoDbData_1.2.12 - [83] beeswarm_0.4.0 BiocSingular_1.20.0 - [85] HDF5Array_1.32.0 vipor_0.4.7 - [87] cli_3.6.2 rsvd_1.0.5 - [89] fansi_1.0.6 viridisLite_0.4.2 - [91] S4Arrays_1.4.0 dplyr_1.1.4 - [93] uwot_0.2.2 gtable_0.3.5 - [95] R.methodsS3_1.8.2 sass_0.4.9 - [97] digest_0.6.35 ggrepel_0.9.5 - [99] SparseArray_1.4.0 dqrng_0.3.2 - [ reached getOption("max.print") -- omitted 7 entries ]
+ [75] fs_1.6.4 scran_1.32.0 + [77] cowplot_1.1.3 rhdf5_2.48.0 + [79] grid_4.4.1 DropletUtils_1.24.0 + [81] edgeR_4.2.0 colorspace_2.1-0 + [83] GenomeInfoDbData_1.2.12 beeswarm_0.4.0 + [85] BiocSingular_1.20.0 HDF5Array_1.32.0 + [87] vipor_0.4.7 rsvd_1.0.5 + [89] cli_3.6.2 fansi_1.0.6 + [91] viridisLite_0.4.2 S4Arrays_1.4.0 + [93] dplyr_1.1.4 uwot_0.2.2 + [95] gtable_0.3.5 R.methodsS3_1.8.2 + [97] sass_0.4.9 digest_0.6.35 + [99] ggrepel_0.9.5 SparseArray_1.4.0 + [ reached getOption("max.print") -- omitted 8 entries ]
-
---
title: "Reading, filtering, and normalizing scRNA-seq data"
author: Data Lab for ALSF
date: 2023
output:
  html_notebook:
    toc: true
    toc_float: true
---

## Objectives

This notebook will demonstrate how to:

- Read Cell Ranger data into R
- Filter to cells using `emptyDropsCellRanger()`
- Calculate quality control measures on scRNA-seq data
- Remove likely compromised cells with `miQC()`
- Normalize expression data across cells
- Calculate and plot reduced dimension representations of expression data (PCA, UMAP)

---

In this notebook, we will review basic processing for single-cell RNA-seq data, starting with the output from Cell Ranger, and proceeding through filtering, quality control, normalization, and dimension reduction. We will perform these tasks using tools from the [Bioconductor project](https://bioconductor.org), in particular [`SingleCellExperiment` objects](https://bioconductor.org/packages/release/bioc/html/SingleCellExperiment.html) and functions that work with those objects.
Much of the material in this notebook is directly inspired by, and draws heavily on, material presented in the book [_Orchestrating Single Cell Analysis with Bioconductor_ (OSCA)](http://bioconductor.org/books/3.16/OSCA/).

![Single-cell roadmap: Overview](diagrams/roadmap_single_overview.png)

The data we will use for this notebook is derived from a human glioblastoma specimen.
The sample was processed by 10x Genomics using a 3' RNA kit (v3.1), sequenced, and quantified with Cell Ranger 6.0.
Further details about the sample and processing can be found on the [10x website](https://www.10xgenomics.com/resources/datasets/2-k-sorted-cells-from-human-glioblastoma-multiforme-3-v-3-1-3-1-standard-6-0-0).


## Set Up

To start, we will load some of the libraries we will need later, and set a random number seed for reproducibility.

```{r setup}
# Load libraries

# Plotting functions
library(ggplot2)

# The main class we will use for Single Cell data
library(SingleCellExperiment)

# Setting the seed for reproducibility
set.seed(12345)
```

### Directories and files

Before we get too far, we like to define the input and output files that the notebook will use near the top of the document.
While you might not know the names of all of the files you will need or create output files when you start an analysis, we have found it helpful to keep all file and directory names in a single place near the top of the document.
This makes it easier for somebody coming to the code later to quickly see what files are needed as input and what will be produced as output.
More often than not, that somebody is you!

The gene expression data were processed to create a gene-by-cell expression matrix of counts for using Cell Ranger 6.0.
We have provided the raw data directory, `raw_feature_bc_matrix`, which is usually produced by Cell Ranger and placed in its `outs` directory.
This directory usually contains three files:
- `barcodes.tsv.gz`, a table of the cell barcodes that 10x uses, corresponding to the columns of the count matrix.
- `features.tsv.gz`, a table of the features (genes in this case) for which expression was quantified.
This will usually also include a bit of metadata about the features, including gene symbols (if the features are genes) and the type of data they represent (e.g., gene expression or antibody capture).
- `matrix.mtx.gz`, The counts themselves, stored in a sparse ["Matrix Exchange" format](https://math.nist.gov/MatrixMarket/formats.html).

Cell Ranger will also export these data in a single `HDF5` format file with a `.h5` extension, which can also be imported with the same commands we will use below.
However, we have found that processing large `.h5` files is often _much_ less efficient in R, so we prefer to start with the matrix files when possible.
In particular, we would not recommend working with `.h5` files for raw data; the filtering steps we will use below can sometimes take hours when using those files as input.

We will also need a table of mitochondrial genes, which we have stored in the `data/reference/` directory.

Finally, we will set up the our output directory, creating it if it does not yet exist, and define the name for the files we will save after all of our initial processing is complete.

```{r inputs, live=TRUE}
# Inputs --------------------------------------
# main data directory
data_dir <- file.path("data", "glioblastoma-10x")

# Path to the Cell Ranger matrix file
raw_matrix_dir <- file.path(data_dir, "raw_feature_bc_matrix")

# reference data directory
ref_dir <- file.path("data", "reference")

# Path to mitochondrial genes table
mito_file <- file.path(ref_dir, "hs_mitochondrial_genes.tsv")
```

```{r outputs}
# Outputs ------------------------------------

# Directory and file to save output
normalized_dir <- file.path(data_dir, "normalized")

# create the directory if it does not exist
if (!dir.exists(normalized_dir)) {
  dir.create(normalized_dir, recursive = TRUE)
}

# output RDS file for normalized data
output_sce_file <- file.path(normalized_dir,
                             "glioblastoma_normalized_sce.rds")
```


## Reading Cell Ranger data

![Single-cell roadmap: Preprocess and Import](diagrams/roadmap_single_preprocess.png)

Whether the 10x Cell Ranger data is in Matrix Exchange format or in an HDF5 file, we can use the `read10xCounts()` function from the `DropletUtils` package to read the data into R and create a `SingleCellExperiment` object.
(Though again, we do not recommend using the `.h5` file if you can avoid it, _especially_ for raw (unfiltered) data.)

If you used something other than Cell Ranger to process the raw data, you would need to use a different function to read it in and create the `SingleCellExperiment` object.
Some of these functions for other common data formats are discussed in [Chapter 3 of OSCA] (http://bioconductor.org/books/3.16/OSCA.intro/getting-scrna-seq-datasets.html#reading-counts-into-r).

```{r read SCE, live=TRUE}
# read SCE from matrix directory
raw_sce <- DropletUtils::read10xCounts(raw_matrix_dir)
```

Let's look at the contents of the object after reading it in:

```{r view SCE, live=TRUE}
# view SCE object
raw_sce
```

We can see from this summary that this `SingleCellExperiment` (SCE) object contains 36,601 rows, which correspond to the features (genes) that were analyzed, and 734,492 columns, which correspond to the possible barcode tags that were used in the experiment.
Note that not all of these barcode tags will have been used, and many of the features may never have been seen either.
One of our first steps will be to filter out barcodes that were never seen, or that may have only been seen in a droplet that did not contain a cell (an "empty droplet").

### Structure of the `SingleCellExperiment` object

In addition to the main `counts` matrix, listed as an `assay` in the SCE summary above, the SCE object can contain a number of other tables and matrices, each stored in a "slot" with a particular format.
The overall structure of the object can be seen in the figure below, which comes from an [OSCA Introduction chapter](http://bioconductor.org/books/3.16/OSCA.intro/the-singlecellexperiment-class.html).

![Structure of a SingleCellExperiment object](diagrams/SingleCellExperiment.png)

We have just mentioned the main `assay` slot, which contains full matrices of data (such as transcript counts) with each row a feature and each column a cell.
There are also a couple of tables for metadata, and a slot to store reduced-dimension representations (e.g., PCA and/or UMAP) of the expression data.

We'll start with the `rowData` slot, which is a table of metadata for each feature in our object.
For now that contains the contents of the `features.tsv.gz` file that we discussed earlier.
If we had read the data from something other than Cell Ranger output, we might have different contents, but each row would still correspond to a single feature of the SCE object.

Let's look at this table, extracting it from the SCE object with the `rowData()` function and using `head()` to view only the first 6 rows.

```{r rowdata}
# view rowData (features)
head(rowData(raw_sce))
```

You can see that this table includes an `ID` for each feature, which is usually the Ensembl gene ID, as well as the corresponding gene symbol in the `Symbol` column.
Finally there is a column for `Type`, which in this case is always "Gene Expression", as all of the features in this data set are genes.
If there were another modality of data that had been assayed in this experiment, there might be other values in this column, such as "Antibody Capture" for CITE-seq experiments.

The second slot is the `colData` table, which now corresponds to the `barcodes.tsv.gz` file, containing one row per cell barcode, or, more generally, one row per column of the `counts` assay.
We can look at this table using the `colData()` function (and `head()` again to prevent printing the whole table):

```{r coldata}
# view colData (cell barcodes)
head(colData(raw_sce))
```

Here we see that there are currently two columns:

- the `Sample` column has the path of the file that we read in (you may not see the whole path in this display); this should be identical in all rows from a single sample.
- the `Barcode` column contains the sequence that was used to identify each potential droplet for sequencing (and a numeric tag, in this case).
These will be unique within a sample.

As we proceed to calculate per-cell statistics, we will be adding new data to this table.

## Quality control and filtering

![Single-cell roadmap: QC, Filter, and Normalize](diagrams/roadmap_single_qc_norm.png)

### Filtering empty droplets

Most of the barcodes in any given 10x experiment will not be seen at all, so our first step can be to filter this raw data to only the cells where there is at least one transcript that was counted with that barcode.

To do this, we will use the `colSums()` function to quickly add up all the counts that correspond to each possible cell barcode, then filter our `raw_sce` down to just those columns where there are non-zero total counts.
We will need to extract the `counts` matrix from our SCE object, which we can do using the `counts()` function, conveniently enough.

```{r remove zeros, live=TRUE}
# sum columns from counts matrix
barcode_counts <- colSums(counts(raw_sce))

# filter SCE object to only rows with counts > 0
raw_sce <- raw_sce[, which(barcode_counts > 0)]
```

Now we can look at how our SCE object has changed:

```{r zero-filtered SCE}
raw_sce
```

But barcodes with zero counts are not the only ones that correspond to droplets without cells in them!
Even if a droplet does not have a cell in it, there will often be spurious reads from RNA sequences that were present in the extracellular solution, whether from the original sample or from cells that were damaged during single-cell library preparation.

We could identify these barcodes simply as those with low transcript counts.
Or, we can be a bit more clever!
We can look at the transcript counts _from_ the lowest-count droplets to create an expected distribution of transcripts in droplets that don't contain cells.
Then we can test each droplet to determine whether or not its transcript distribution deviates from that expectation.
If it does, then we have pretty good evidence that there _is_ a cell in there.

This test was first proposed by [Lun _et al._ (2019)](https://doi.org/10.1186/s13059-019-1662-y) and implemented as `emptyDrops()` in the `DropletUtils` package.
This method was then adopted, with some modifications, as the default cell filtering method used by Cell Ranger.
Here we will use the [`emptyDropsCellRanger()` function](https://rdrr.io/github/MarioniLab/DropletUtils/man/emptyDropsCellRanger.html) to perform filtering that more closely matches the Cell Ranger implementation.


```{r calculate droplet stats, live=TRUE}
# create a table of statistics using emptyDropsCellRanger
droplet_df <- DropletUtils::emptyDropsCellRanger(raw_sce)
```

Most values in this table are `NA`, because individual statistics were not calculated for the low-count droplets that were used to generate the background distribution.
(Most droplets don't have cells, so this makes some sense!)

We can look at just the rows without `NA` values by selected the ones where the FDR (which we will use again soon), is not `NA`.

```{r droplet stats}
# view rows where FDR is not `NA`
droplet_df[!is.na(droplet_df$FDR), ]
```
You will notice that some cells with high counts also have `NA` values for many statistics.
In those cases, `NA` values are actually present _because_ of the high counts - `emptyDropsCellRanger()` automatically assumed cells were present, so they were also not tested.

Now we can filter our `raw_sce` object _by column_ to only keep the cells with a small FDR: those that are quite unlikely to be empty droplets.

```{r filter emptydrops, live=TRUE}
# filter droplets using `which` to prevent NA trouble
cells_to_retain <- which(droplet_df$FDR < 0.01)
filtered_sce <- raw_sce[, cells_to_retain]
```

How many cells do we have now?

```{r filtered summary}
filtered_sce
```

### Additional quality control

In addition to filtering out empty droplets, we also will want to filter out cells that may have been damaged during library preparation.
These will often be characterized by a high proportion of mitochondrial transcripts and a smaller overall number of unique transcripts.
When a cell ruptures, cytoplasmic transcripts will leak out, but mitochondrial transcripts, still protected by the mitochondrial membrane, may remain.
As a consequence, there will be an over-abundance of mitochondrial reads, and fewer unique transcripts expressed.

Our first step then, is create a vector of the mitochondrial genes that are present in our dataset.
The mitochondrial file we defined during setup (`mito_file`) is a TSV file containing all of the human mitochondrial genes with additional annotation information for each gene, such as the gene location and alternative names.
(For more detail on the steps we took to create this file, you can look at [one of our setup notebooks](https://github.com/AlexsLemonade/training-modules/blob/master/scRNA-seq-advanced/setup/mito_gene_lists.Rmd))

All we need now is the `gene_id`, and only for the genes that are present in our SCE, so we will do some filtering with `dplyr` to pull out a vector with just those ids.

```{r get mitochondrial genes}
# read in a table of mitochondrial genes and extract ids
mito_genes <- readr::read_tsv(mito_file) |>
  # filter to only the genes that are found in our dataset
  dplyr::filter(gene_id %in% rownames(filtered_sce)) |>
  # create a vector from the gene_id column
  dplyr::pull(gene_id)
```

### Calculating summary QC statistics

We can now use the `scuttle` function `addPerCellQC()` to calculate some statistics based on the counts matrix, which will be added to the `colData` table.

In addition to calculating statistics like the total read count for each cell and the number of transcripts that are detected, we can also calculate those statistics for defined subsets of genes.
In this case, we will use our `mito_genes` vector to define a subset called `mito`.
The `mito` name is important in that it is the name that will be expected by a later function.
(We could define more subsets, but for now this one will do.)

```{r per cell QC, live=TRUE}
filtered_sce <- scuttle::addPerCellQC(filtered_sce,
                                      subsets = list(mito = mito_genes))
```

Now we can look at the colData to see what was added:

```{r view colData stats}
head(colData(filtered_sce))
```

We can also plot some of these statistics, here using the `plotMetrics()` function from the `miQC` package to plot the percent of reads that are mitochondrial (the `subsets_mito_percent` column) against the number of unique genes detected (the `detected` column) for each cell.

```{r miQC plotMetrics}
# use miQC::plotMetrics()
miQC::plotMetrics(filtered_sce) + theme_bw()
```

We can see that there is a range of mitochondrial percentages, and it does also seem that cells with high percentages of mitochondrial genes don't seem to contain very many unique genes.

How do we filter with this information?
One option is to define a cutoff for the mitochondrial percentage above which we call a cell compromised and exclude it from further analysis.
However, choosing that cutoff can be a bit fraught, as the expected percentage of mitochondrial reads can vary depending on the cell type and library preparation methods.
So it might be nice to have a method to determine that cutoff from the data itself.

### Filtering compromised cells

Determining mitochondrial cutoffs is exactly what the `miQC` package does ([Hippen _et al._ 2021](https://doi.org/10.1371/journal.pcbi.1009290))!
In truth, it does something possibly even a bit better: it fits a mixture model to the data that consists of distributions of healthy cells and compromised cells.
Then we can calculate whether each cell is more likely to belong to the healthy or compromised distribution.
We can then exclude the cells that are more likely to be compromised.

To use `miQC`, we first fit a model to the data in our SCE object:

```{r miQC model, live=TRUE}
# fit the miQC model
miqc_model <- miQC::mixtureModel(filtered_sce)
```

Now we can plot the model results using the `plotModel()` function to see how it corresponds to our data.
We should expect to see two fit lines:

- One line will correspond the the "healthy" cells and should show little to no relationship between the number of unique genes detected and the mitochondrial percentage.
- By contrast, the line that corresponds to "compromised" cells will show a negative relationship between the number of unique genes detected and the mitochondrial percentage.

This plot will also show, for each cell, the posterior probability that the cell is derived from the compromised distribution; a higher score indicates that a cell is more likely to be compromised.

It is also critical to note that this model can _and does_ fail at times.
Plotting the results as we have done here is not a step to skip.
**Always look at your data!**

```{r miQC plotModel, live=TRUE}
# plot the miQC model
miQC::plotModel(filtered_sce, miqc_model) +
  theme_bw()
```

We can now filter our data based on the probability compromised as calculated from the model.
But before we do that, we might want to quickly plot to see what would be filtered out with a given cutoff, using the `plotFiltering()` function.
The default is to exclude cells that have a posterior probability of 0.75 or greater of being compromised.
We stick with that default, but for clarity, we will also include it in our code!


```{r miQC plotFiltering}
# look at miQC filtering
miQC::plotFiltering(filtered_sce, miqc_model,
                    posterior_cutoff = 0.75) +
  theme_bw()
```

In this case, the line between the cells to be kept and those that will be removed seems to correspond to a mitochondrial percentage of about 12.5%, but note that this will not always be constant.
The cutoff point can vary for different numbers of unique genes within a sample, and it will certainly vary among samples!

At this point, we can perform the actual filtering using the `filterCells()` function, giving us a further filtered SCE object.

```{r miQC filtercells, live=TRUE}
# perform miQC filtering
qcfiltered_sce <- miQC::filterCells(filtered_sce,
                                    model = miqc_model)
```

#### One more filter: unique gene count

While the miQC filtering is pretty good, you may have noticed that it still left some cells that had very low numbers of unique genes.
While these cells may not be compromised, the information from them is also not likely to be useful, so we will filter those as well.
We will only keep cells that have at least 200 unique genes.

```{r unique cutoff, live=TRUE}
# filter cells by unique gene count (`detected`)
qcfiltered_sce <- qcfiltered_sce[, which(qcfiltered_sce$detected >= 200)]
qcfiltered_sce
```


## Normalization

Now that we have done our filtering, we can start analyzing the expression counts for the remaining cells.

The next step at this point is to convert the raw counts into a measure that accounts for differences in sequencing depth between cells, and to convert the distribution of expression values from the skewed distribution we expect to see in raw counts to one that is more normally distributed.

We will do this using functions from the `scran` and `scuttle` packages.
The procedure we will use here is derived from the [OSCA chapter on normalization](http://bioconductor.org/books/3.16/OSCA.basic/normalization.html#normalization-by-deconvolution).
The idea is that the varying expression patterns that different cell types exhibit will affect the scaling factors that we would apply.
To account for that variation, we first do a rough clustering of cells by their expression with `scran::quickCluster()`, then use that clustering to calculate the scaling factor for each cell within the clusters using `scran::computeSumFactors()`.
Finally, we apply the scaling factor to the expression values for each cell and calculate the log-scaled expression values using the `scuttle::logNormCounts()` function.

```{r normalization, live=TRUE}
# Perform rough clustering
qclust <- scran::quickCluster(qcfiltered_sce)

# use clusters to compute scaling factors and add to SCE object
qcfiltered_sce <- scran::computeSumFactors(qcfiltered_sce,
                                           clusters = qclust)

# perform normalization using scaling factors
# and save as a new SCE object
normalized_sce <- scuttle::logNormCounts(qcfiltered_sce)
```

This creates a new "assay" in the `normalized_sce` object, `logcounts`, which contains the normalized count values for each cell and gene.
(The data here are not _actually_ the log of the counts, since we also applied the scaling factors, but that name is used for historical reasons.)

Let's take a look:

```{r normalized sce}
normalized_sce
```

## Dimension reduction

![Single-cell roadmap: Dimension reduction](diagrams/roadmap_single_dimension_reduction.png)

Now that we have normalized expression values, we would like to produce some reduced-dimension representations of the data.
These will allow us to perform some downstream calculations more quickly, reduce some of the noise in the data, and allow us to visualize overall relationships among cells more easily (though with many caveats!).

### Selecting highly variable genes

While we could calculate the reduced dimensions using all of the genes that we have assayed, in practice most of the genes will have very little variation in expression, so doing so will not provide much additional signal.
Reducing the number of genes we include will also speed up some of the calculations.

To identify the most variable genes, we will use functions from the `scran` package.
The first function, `modelGeneVar()`, attempts to divide the variation observed for each gene into a biological and technical component, with the intuition that genes with lower mean expression tend to have lower variance for purely technical reasons.
We then provide the `modelGeneVar()` output to the `getTopHVGs()` function to identify the genes with the highest _biological_ variation, which is what we are most interested in.

```{r select HVGs}
# identify 2000 genes
num_genes <- 2000

# model variance, partitioning into biological and technical variation
gene_variance <- scran::modelGeneVar(normalized_sce)

# get the most variable genes
hv_genes <- scran::getTopHVGs(gene_variance,
                              n = num_genes)
```

The result is a vector of gene ids (ordered from most to least variable):

```{r view HVGs}
head(hv_genes)
```

### Principal components analysis

Now that we have selected the genes we would like to use for the reduced-dimension representations of the expression data, we can start to calculate them.
First we will use the `scater::runPCA()` function to calculate the principal components from the expression matrix.
This representation is fast and fairly robust, but the result is still quite multidimensional.
We want keep a fair number of components (dimensions) in order to accurately represent the variation in the data, but doing so means that plotting only a few of these dimensions (in 2D) is not likely to provide a full view of the data.

The default number of components is 50, which we will stick with, but let's enter it manually just for the record.

```{r runPCA, live=TRUE}
# calculate and save PCA results
normalized_sce <- scater::runPCA(
  normalized_sce,
  ncomponents = 50, # how many components to keep
  subset_row = hv_genes # use only the variable genes we chose
)
```

These reduced-dimension results will be stored in a `reducedDim` slot in the SCE object.
We can see the names of the `reducedDim`s that we have by looking at the object summary:

```{r view reduced dimensions}
normalized_sce
```

If we want to extract the PCA results, we can do that with the `reducedDim()` function:
Note that for these reduced-dimensionality matrices, the rows are the cells and the columns are the PC dimensions.

```{r getReducedDim}
# extract the PCA matrix
pca_matrix <- reducedDim(normalized_sce, "PCA")

# look at the shape of the matrix
dim(pca_matrix)
```

### UMAP

Finally, we will calculate a UMAP (Uniform Manifold Approximation and Projection) representation of our data.
This is a machine-learning-based method that is useful for performing dimensionality reduction suitable for visualization.
It's goal is to provide a representation of the data in two dimensions (typically, more are possible) that preserves as much of the distance relationships among cells as possible.
While this does make for visually appealing and useful plots, it is important not to overinterpret the results!
In particular, while you will often see some apparent clustering of cells in the resulting output, those clusters may not be particularly valid, and the spacing within or between clusters may not reflect true distances.

In many ways this is analogous to the problem of projecting a map of the earth onto a flat surface; any choice will result in some distortions.
However, with UMAP, we rarely know exactly what choices were made and what distortions might have resulted.
The UMAP coordinates themselves should never be used for downstream analysis.

Since the UMAP procedure would be slow to calculate with the full data, so the `runUMAP()` function first calculates a PCA matrix and then uses _that_ to calculate the UMAP.
Since we already have a PCA matrix, we will tell the function use that instead of recalculating it.

```{r runUMAP, live=TRUE}
normalized_sce <- scater::runUMAP(normalized_sce,
                                  dimred = "PCA")
```

As before, we could extract the UMAP matrix from our SCE object with the `reducedDim()` function.
We can also visualize the UMAP results using the `plotReducedDim()` function.

```{r plotReducedDim, live=TRUE}
# plot the UMAP
scater::plotReducedDim(normalized_sce,
                       "UMAP",
                       # color by the most variable gene
                       colour_by = hv_genes[1])
```


## Unsupervised clustering

As a final analysis step at this stage, we will return to the PCA results to perform unsupervised clustering.
Here we will use a graph-based clustering method, which starts by identifying cells that are close together in the multidimensional space.
It then identifies "communities" of highly connected cells, and breaks them apart by regions of lower connection.

There are a number of algorithms that can perform this clustering, each with parameters that can affect how many clusters are identified and which cells belong to each cluster.
It is also worth noting that these clusters may or may not correspond to "cell types" by whatever definition you might prefer to use.
Interpretation of these clusters, or other measures of cell type, are something that will require more careful and likely more customized analysis.

We will perform our clustering using the `bluster` package, which can perform many different types of clustering.
As mentioned earlier, we are using "graph" clustering, which we define using the `NNGraphParam()` function.
Within that are a number of further options, such as the weighting used for building the network graph and the algorithm used for dividing the graph into clusters.

Modifying these parameters can result in quite different cluster assignments!
For the clustering below we will use Jaccard weighting and Louvain clustering, which correspond more closely to the default methods used by `Seurat` than the default parameters.
It is also worth noting that the the cluster assignments are somewhat stochastic.
In particular, the names/numbers of the clusters can be quite inconsistent between runs!


```{r clustering, live=TRUE}
# perform graph-based clustering
nn_clusters <- bluster::clusterRows(
  pca_matrix,
  bluster::NNGraphParam(
    # number of neighbors to use in network graph
    k = 20,
    # weighting scheme for building the network graph
    # default is "rank"
    type = "jaccard",
    # cluster detection algorithm
    # default is "walktrap"
    cluster.fun = "louvain"
  )
)
```

We can save the cluster assignments back into the `colData` of the SCE object with a little shortcut: the `$` followed by the name of the new column we want to add.

```{r add clusters to SCE, live=TRUE}
# save clusters to SCE colData
normalized_sce$nn_cluster <- nn_clusters
```

Now we can plot the UMAP again, this time colored by the cluster assignments that we just created.
Here rather than the general `plotReducedDim()` function, we will use `plotUMAP()`, which is exactly the same, except it always plots from the `reducedDim` slot named `UMAP`, so we can skip that argument.

```{r plot clusters, live=TRUE}
# plot UMAP with assigned clusters
scater::plotUMAP(normalized_sce,
                 colour_by = "nn_cluster")
```

What do you see in these results?

What would you want to do next?

## Save SCE object for later

We will now save our filtered and normalized object, including the dimension reduction and clustering results to an `RDS` file, using the file path that we defined at the start of the notebook.
If we were to want to return to this data, we could load this file directly into a new R session and not have to repeat the processing that we have done up to this point.

The data in these objects tends to be quite large, but very compressible.
To save space on disk (at the expense of time), we will make sure that the data is compressed internally before writing it out to a file.
Note that the file we write is still going to be an `.rds` file with no additional extension.
(Further note: The base R function `saveRDS()` uses compression by default, but the `tidyverse` function `readr::write_rds()` does not.)

```{r save SCE, live=TRUE}
# write RDS file with compression
readr::write_rds(normalized_sce, file = output_sce_file, compress = "gz")
```


## Print session info

As is our habit at the Data Lab, we will save information about the computing environment, the packages we have used in this notebook, and their versions using the `sessionInfo()` command.

```{r session info}
sessionInfo()
```


+
---
title: "Reading, filtering, and normalizing scRNA-seq data"
author: Data Lab for ALSF
date: 2023
output:
  html_notebook:
    toc: true
    toc_float: true
---

## Objectives

This notebook will demonstrate how to:

- Read Cell Ranger data into R
- Filter to cells using `emptyDropsCellRanger()`
- Calculate quality control measures on scRNA-seq data
- Remove likely compromised cells with `miQC()`
- Normalize expression data across cells
- Calculate and plot reduced dimension representations of expression data (PCA, UMAP)

---

In this notebook, we will review basic processing for single-cell RNA-seq data, starting with the output from Cell Ranger, and proceeding through filtering, quality control, normalization, and dimension reduction. We will perform these tasks using tools from the [Bioconductor project](https://bioconductor.org), in particular [`SingleCellExperiment` objects](https://bioconductor.org/packages/release/bioc/html/SingleCellExperiment.html) and functions that work with those objects.
Much of the material in this notebook is directly inspired by, and draws heavily on, material presented in the book [_Orchestrating Single Cell Analysis with Bioconductor_ (OSCA)](http://bioconductor.org/books/3.16/OSCA/).

![Single-cell roadmap: Overview](diagrams/roadmap_single_overview.png)

The data we will use for this notebook is derived from a human glioblastoma specimen.
The sample was processed by 10x Genomics using a 3' RNA kit (v3.1), sequenced, and quantified with Cell Ranger 6.0.
Further details about the sample and processing can be found on the [10x website](https://www.10xgenomics.com/resources/datasets/2-k-sorted-cells-from-human-glioblastoma-multiforme-3-v-3-1-3-1-standard-6-0-0).


## Set Up

To start, we will load some of the libraries we will need later, and set a random number seed for reproducibility.

```{r setup}
# Load libraries

# Plotting functions
library(ggplot2)

# The main class we will use for Single Cell data
library(SingleCellExperiment)

# Setting the seed for reproducibility
set.seed(12345)
```

### Directories and files

Before we get too far, we like to define the input and output files that the notebook will use near the top of the document.
While you might not know the names of all of the files you will need or create output files when you start an analysis, we have found it helpful to keep all file and directory names in a single place near the top of the document.
This makes it easier for somebody coming to the code later to quickly see what files are needed as input and what will be produced as output.
More often than not, that somebody is you!

The gene expression data were processed to create a gene-by-cell expression matrix of counts for using Cell Ranger 6.0.
We have provided the raw data directory, `raw_feature_bc_matrix`, which is usually produced by Cell Ranger and placed in its `outs` directory.
This directory usually contains three files:
- `barcodes.tsv.gz`, a table of the cell barcodes that 10x uses, corresponding to the columns of the count matrix.
- `features.tsv.gz`, a table of the features (genes in this case) for which expression was quantified.
This will usually also include a bit of metadata about the features, including gene symbols (if the features are genes) and the type of data they represent (e.g., gene expression or antibody capture).
- `matrix.mtx.gz`, The counts themselves, stored in a sparse ["Matrix Exchange" format](https://math.nist.gov/MatrixMarket/formats.html).

Cell Ranger will also export these data in a single `HDF5` format file with a `.h5` extension, which can also be imported with the same commands we will use below.
However, we have found that processing large `.h5` files is often _much_ less efficient in R, so we prefer to start with the matrix files when possible.
In particular, we would not recommend working with `.h5` files for raw data; the filtering steps we will use below can sometimes take hours when using those files as input.

We will also need a table of mitochondrial genes, which we have stored in the `data/reference/` directory.

Finally, we will set up the our output directory, creating it if it does not yet exist, and define the name for the files we will save after all of our initial processing is complete.

```{r inputs, live=TRUE}
# Inputs --------------------------------------
# main data directory
data_dir <- file.path("data", "glioblastoma-10x")

# Path to the Cell Ranger matrix file
raw_matrix_dir <- file.path(data_dir, "raw_feature_bc_matrix")

# reference data directory
ref_dir <- file.path("data", "reference")

# Path to mitochondrial genes table
mito_file <- file.path(ref_dir, "hs_mitochondrial_genes.tsv")
```

```{r outputs}
# Outputs ------------------------------------

# Directory and file to save output
normalized_dir <- file.path(data_dir, "normalized")

# create the directory if it does not exist
fs::dir_create(normalized_dir)

# output RDS file for normalized data
output_sce_file <- file.path(normalized_dir,
                             "glioblastoma_normalized_sce.rds")
```


## Reading Cell Ranger data

![Single-cell roadmap: Preprocess and Import](diagrams/roadmap_single_preprocess.png)

Whether the 10x Cell Ranger data is in Matrix Exchange format or in an HDF5 file, we can use the `read10xCounts()` function from the `DropletUtils` package to read the data into R and create a `SingleCellExperiment` object.
(Though again, we do not recommend using the `.h5` file if you can avoid it, _especially_ for raw (unfiltered) data.)

If you used something other than Cell Ranger to process the raw data, you would need to use a different function to read it in and create the `SingleCellExperiment` object.
Some of these functions for other common data formats are discussed in [Chapter 3 of OSCA] (http://bioconductor.org/books/3.16/OSCA.intro/getting-scrna-seq-datasets.html#reading-counts-into-r).

```{r read SCE, live=TRUE}
# read SCE from matrix directory
raw_sce <- DropletUtils::read10xCounts(
  raw_matrix_dir,
  col.names = TRUE # ensure barcodes are set as column names in the SCE object
)
```

Let's look at the contents of the object after reading it in:

```{r view SCE, live=TRUE}
# view SCE object
raw_sce
```

We can see from this summary that this `SingleCellExperiment` (SCE) object contains 36,601 rows, which correspond to the features (genes) that were analyzed, and 734,492 columns, which correspond to the possible barcode tags that were used in the experiment.
Note that not all of these barcode tags will have been used, and many of the features may never have been seen either.
One of our first steps will be to filter out barcodes that were never seen, or that may have only been seen in a droplet that did not contain a cell (an "empty droplet").

### Structure of the `SingleCellExperiment` object

In addition to the main `counts` matrix, listed as an `assay` in the SCE summary above, the SCE object can contain a number of other tables and matrices, each stored in a "slot" with a particular format.
The overall structure of the object can be seen in the figure below, which comes from an [OSCA Introduction chapter](http://bioconductor.org/books/3.16/OSCA.intro/the-singlecellexperiment-class.html).

![Structure of a SingleCellExperiment object](diagrams/SingleCellExperiment.png)

We have just mentioned the main `assay` slot, which contains full matrices of data (such as transcript counts) with each row a feature and each column a cell.
There are also a couple of tables for metadata, and a slot to store reduced-dimension representations (e.g., PCA and/or UMAP) of the expression data.

We'll start with the `rowData` slot, which is a table of metadata for each feature in our object.
For now that contains the contents of the `features.tsv.gz` file that we discussed earlier.
If we had read the data from something other than Cell Ranger output, we might have different contents, but each row would still correspond to a single feature of the SCE object.

Let's look at this table, extracting it from the SCE object with the `rowData()` function and using `head()` to view only the first 6 rows.

```{r rowdata}
# view rowData (features)
head(rowData(raw_sce))
```

You can see that this table includes an `ID` for each feature, which is usually the Ensembl gene ID, as well as the corresponding gene symbol in the `Symbol` column.
Finally there is a column for `Type`, which in this case is always "Gene Expression", as all of the features in this data set are genes.
If there were another modality of data that had been assayed in this experiment, there might be other values in this column, such as "Antibody Capture" for CITE-seq experiments.

The second slot is the `colData` table, which now corresponds to the `barcodes.tsv.gz` file, containing one row per cell barcode, or, more generally, one row per column of the `counts` assay.
We can look at this table using the `colData()` function (and `head()` again to prevent printing the whole table):

```{r coldata}
# view colData (cell barcodes)
head(colData(raw_sce))
```

Here we see that there are currently two columns:

- the `Sample` column has the path of the file that we read in (you may not see the whole path in this display); this should be identical in all rows from a single sample.
- the `Barcode` column contains the sequence that was used to identify each potential droplet for sequencing (and a numeric tag, in this case).
These will be unique within a sample.

As we proceed to calculate per-cell statistics, we will be adding new data to this table.

## Quality control and filtering

![Single-cell roadmap: QC, Filter, and Normalize](diagrams/roadmap_single_qc_norm.png)

### Filtering empty droplets

Most of the barcodes in any given 10x experiment will not be seen at all, so our first step can be to filter this raw data to only the cells where there is at least one transcript that was counted with that barcode.

To do this, we will use the `colSums()` function to quickly add up all the counts that correspond to each possible cell barcode, then filter our `raw_sce` down to just those columns where there are non-zero total counts.
We will need to extract the `counts` matrix from our SCE object, which we can do using the `counts()` function, conveniently enough.

```{r remove zeros, live=TRUE}
# sum columns from counts matrix
barcode_counts <- colSums(counts(raw_sce))

# filter SCE object to only rows with counts > 0
raw_sce <- raw_sce[, which(barcode_counts > 0)]
```

Now we can look at how our SCE object has changed:

```{r zero-filtered SCE}
raw_sce
```

But barcodes with zero counts are not the only ones that correspond to droplets without cells in them!
Even if a droplet does not have a cell in it, there will often be spurious reads from RNA sequences that were present in the extracellular solution, whether from the original sample or from cells that were damaged during single-cell library preparation.

We could identify these barcodes simply as those with low transcript counts.
Or, we can be a bit more clever!
We can look at the transcript counts _from_ the lowest-count droplets to create an expected distribution of transcripts in droplets that don't contain cells.
Then we can test each droplet to determine whether or not its transcript distribution deviates from that expectation.
If it does, then we have pretty good evidence that there _is_ a cell in there.

This test was first proposed by [Lun _et al._ (2019)](https://doi.org/10.1186/s13059-019-1662-y) and implemented as `emptyDrops()` in the `DropletUtils` package.
This method was then adopted, with some modifications, as the default cell filtering method used by Cell Ranger.
Here we will use the [`emptyDropsCellRanger()` function](https://rdrr.io/github/MarioniLab/DropletUtils/man/emptyDropsCellRanger.html) to perform filtering that more closely matches the Cell Ranger implementation.


```{r calculate droplet stats, live=TRUE}
# create a table of statistics using emptyDropsCellRanger
droplet_df <- DropletUtils::emptyDropsCellRanger(raw_sce)
```

Most values in this table are `NA`, because individual statistics were not calculated for the low-count droplets that were used to generate the background distribution.
(Most droplets don't have cells, so this makes some sense!)

We can look at just the rows without `NA` values by selected the ones where the FDR (which we will use again soon), is not `NA`.

```{r droplet stats}
# view rows where FDR is not `NA`
droplet_df[!is.na(droplet_df$FDR), ]
```
You will notice that some cells with high counts also have `NA` values for many statistics.
In those cases, `NA` values are actually present _because_ of the high counts - `emptyDropsCellRanger()` automatically assumed cells were present, so they were also not tested.

Now we can filter our `raw_sce` object _by column_ to only keep the cells with a small FDR: those that are quite unlikely to be empty droplets.

```{r filter emptydrops, live=TRUE}
# filter droplets using `which` to prevent NA trouble
cells_to_retain <- which(droplet_df$FDR < 0.01)
filtered_sce <- raw_sce[, cells_to_retain]
```

How many cells do we have now?

```{r filtered summary}
filtered_sce
```

### Additional quality control

In addition to filtering out empty droplets, we also will want to filter out cells that may have been damaged during library preparation.
These will often be characterized by a high proportion of mitochondrial transcripts and a smaller overall number of unique transcripts.
When a cell ruptures, cytoplasmic transcripts will leak out, but mitochondrial transcripts, still protected by the mitochondrial membrane, may remain.
As a consequence, there will be an over-abundance of mitochondrial reads, and fewer unique transcripts expressed.

Our first step then, is create a vector of the mitochondrial genes that are present in our dataset.
The mitochondrial file we defined during setup (`mito_file`) is a TSV file containing all of the human mitochondrial genes with additional annotation information for each gene, such as the gene location and alternative names.
(For more detail on the steps we took to create this file, you can look at [one of our setup notebooks](https://github.com/AlexsLemonade/training-modules/blob/master/scRNA-seq-advanced/setup/mito_gene_lists.Rmd))

All we need now is the `gene_id`, and only for the genes that are present in our SCE, so we will do some filtering with `dplyr` to pull out a vector with just those ids.

```{r get mitochondrial genes}
# read in a table of mitochondrial genes and extract ids
mito_genes <- readr::read_tsv(mito_file) |>
  # filter to only the genes that are found in our dataset
  dplyr::filter(gene_id %in% rownames(filtered_sce)) |>
  # create a vector from the gene_id column
  dplyr::pull(gene_id)
```

### Calculating summary QC statistics

We can now use the `scuttle` function `addPerCellQC()` to calculate some statistics based on the counts matrix, which will be added to the `colData` table.

In addition to calculating statistics like the total read count for each cell and the number of transcripts that are detected, we can also calculate those statistics for defined subsets of genes.
In this case, we will use our `mito_genes` vector to define a subset called `mito`.
The `mito` name is important in that it is the name that will be expected by a later function.
(We could define more subsets, but for now this one will do.)

```{r per cell QC, live=TRUE}
filtered_sce <- scuttle::addPerCellQC(filtered_sce,
                                      subsets = list(mito = mito_genes))
```

Now we can look at the colData to see what was added:

```{r view colData stats}
head(colData(filtered_sce))
```

We can also plot some of these statistics, here using the `plotMetrics()` function from the `miQC` package to plot the percent of reads that are mitochondrial (the `subsets_mito_percent` column) against the number of unique genes detected (the `detected` column) for each cell.

```{r miQC plotMetrics}
# use miQC::plotMetrics()
miQC::plotMetrics(filtered_sce) + theme_bw()
```

We can see that there is a range of mitochondrial percentages, and it does also seem that cells with high percentages of mitochondrial genes don't seem to contain very many unique genes.

How do we filter with this information?
One option is to define a cutoff for the mitochondrial percentage above which we call a cell compromised and exclude it from further analysis.
However, choosing that cutoff can be a bit fraught, as the expected percentage of mitochondrial reads can vary depending on the cell type and library preparation methods.
So it might be nice to have a method to determine that cutoff from the data itself.

### Filtering compromised cells

Determining mitochondrial cutoffs is exactly what the `miQC` package does ([Hippen _et al._ 2021](https://doi.org/10.1371/journal.pcbi.1009290))!
In truth, it does something possibly even a bit better: it fits a mixture model to the data that consists of distributions of healthy cells and compromised cells.
Then we can calculate whether each cell is more likely to belong to the healthy or compromised distribution.
We can then exclude the cells that are more likely to be compromised.

To use `miQC`, we first fit a model to the data in our SCE object:

```{r miQC model, live=TRUE}
# fit the miQC model
miqc_model <- miQC::mixtureModel(filtered_sce)
```

Now we can plot the model results using the `plotModel()` function to see how it corresponds to our data.
We should expect to see two fit lines:

- One line will correspond the the "healthy" cells and should show little to no relationship between the number of unique genes detected and the mitochondrial percentage.
- By contrast, the line that corresponds to "compromised" cells will show a negative relationship between the number of unique genes detected and the mitochondrial percentage.

This plot will also show, for each cell, the posterior probability that the cell is derived from the compromised distribution; a higher score indicates that a cell is more likely to be compromised.

It is also critical to note that this model can _and does_ fail at times.
Plotting the results as we have done here is not a step to skip.
**Always look at your data!**

```{r miQC plotModel, live=TRUE}
# plot the miQC model
miQC::plotModel(filtered_sce, miqc_model) +
  theme_bw()
```

We can now filter our data based on the probability compromised as calculated from the model.
But before we do that, we might want to quickly plot to see what would be filtered out with a given cutoff, using the `plotFiltering()` function.
The default is to exclude cells that have a posterior probability of 0.75 or greater of being compromised.
We stick with that default, but for clarity, we will also include it in our code!


```{r miQC plotFiltering}
# look at miQC filtering
miQC::plotFiltering(filtered_sce, miqc_model,
                    posterior_cutoff = 0.75) +
  theme_bw()
```

In this case, the line between the cells to be kept and those that will be removed seems to correspond to a mitochondrial percentage of about 12.5%, but note that this will not always be constant.
The cutoff point can vary for different numbers of unique genes within a sample, and it will certainly vary among samples!

At this point, we can perform the actual filtering using the `filterCells()` function, giving us a further filtered SCE object.

```{r miQC filtercells, live=TRUE}
# perform miQC filtering
qcfiltered_sce <- miQC::filterCells(filtered_sce,
                                    model = miqc_model)
```

#### One more filter: unique gene count

While the miQC filtering is pretty good, you may have noticed that it still left some cells that had very low numbers of unique genes.
While these cells may not be compromised, the information from them is also not likely to be useful, so we will filter those as well.
We will only keep cells that have at least 200 unique genes.

```{r unique cutoff, live=TRUE}
# filter cells by unique gene count (`detected`)
qcfiltered_sce <- qcfiltered_sce[, which(qcfiltered_sce$detected >= 200)]
qcfiltered_sce
```


## Normalization

Now that we have done our filtering, we can start analyzing the expression counts for the remaining cells.

The next step at this point is to convert the raw counts into a measure that accounts for differences in sequencing depth between cells, and to convert the distribution of expression values from the skewed distribution we expect to see in raw counts to one that is more normally distributed.

We will do this using functions from the `scran` and `scuttle` packages.
The procedure we will use here is derived from the [OSCA chapter on normalization](http://bioconductor.org/books/3.16/OSCA.basic/normalization.html#normalization-by-deconvolution).
The idea is that the varying expression patterns that different cell types exhibit will affect the scaling factors that we would apply.
To account for that variation, we first do a rough clustering of cells by their expression with `scran::quickCluster()`, then use that clustering to calculate the scaling factor for each cell within the clusters using `scran::computeSumFactors()`.
Finally, we apply the scaling factor to the expression values for each cell and calculate the log-scaled expression values using the `scuttle::logNormCounts()` function.

```{r normalization, live=TRUE}
# Perform rough clustering
qclust <- scran::quickCluster(qcfiltered_sce)

# use clusters to compute scaling factors and add to SCE object
qcfiltered_sce <- scran::computeSumFactors(qcfiltered_sce,
                                           clusters = qclust)

# perform normalization using scaling factors
# and save as a new SCE object
normalized_sce <- scuttle::logNormCounts(qcfiltered_sce)
```

This creates a new "assay" in the `normalized_sce` object, `logcounts`, which contains the normalized count values for each cell and gene.
(The data here are not _actually_ the log of the counts, since we also applied the scaling factors, but that name is used for historical reasons.)

Let's take a look:

```{r normalized sce}
normalized_sce
```

## Dimension reduction

![Single-cell roadmap: Dimension reduction](diagrams/roadmap_single_dimension_reduction.png)

Now that we have normalized expression values, we would like to produce some reduced-dimension representations of the data.
These will allow us to perform some downstream calculations more quickly, reduce some of the noise in the data, and allow us to visualize overall relationships among cells more easily (though with many caveats!).

### Selecting highly variable genes

While we could calculate the reduced dimensions using all of the genes that we have assayed, in practice most of the genes will have very little variation in expression, so doing so will not provide much additional signal.
Reducing the number of genes we include will also speed up some of the calculations.

To identify the most variable genes, we will use functions from the `scran` package.
The first function, `modelGeneVar()`, attempts to divide the variation observed for each gene into a biological and technical component, with the intuition that genes with lower mean expression tend to have lower variance for purely technical reasons.
We then provide the `modelGeneVar()` output to the `getTopHVGs()` function to identify the genes with the highest _biological_ variation, which is what we are most interested in.

```{r select HVGs}
# identify 2000 genes
num_genes <- 2000

# model variance, partitioning into biological and technical variation
gene_variance <- scran::modelGeneVar(normalized_sce)

# get the most variable genes
hv_genes <- scran::getTopHVGs(gene_variance,
                              n = num_genes)
```

The result is a vector of gene ids (ordered from most to least variable):

```{r view HVGs}
head(hv_genes)
```

### Principal components analysis

Now that we have selected the genes we would like to use for the reduced-dimension representations of the expression data, we can start to calculate them.
First we will use the `scater::runPCA()` function to calculate the principal components from the expression matrix.
This representation is fast and fairly robust, but the result is still quite multidimensional.
We want keep a fair number of components (dimensions) in order to accurately represent the variation in the data, but doing so means that plotting only a few of these dimensions (in 2D) is not likely to provide a full view of the data.

The default number of components is 50, which we will stick with, but let's enter it manually just for the record.

```{r runPCA, live=TRUE}
# calculate and save PCA results
normalized_sce <- scater::runPCA(
  normalized_sce,
  ncomponents = 50, # how many components to keep
  subset_row = hv_genes # use only the variable genes we chose
)
```

These reduced-dimension results will be stored in a `reducedDim` slot in the SCE object.
We can see the names of the `reducedDim`s that we have by looking at the object summary:

```{r view reduced dimensions}
normalized_sce
```

If we want to extract the PCA results, we can do that with the `reducedDim()` function:
Note that for these reduced-dimensionality matrices, the rows are the cells and the columns are the PC dimensions.

```{r getReducedDim}
# extract the PCA matrix
pca_matrix <- reducedDim(normalized_sce, "PCA")

# look at the shape of the matrix
dim(pca_matrix)
```

### UMAP

Finally, we will calculate a UMAP (Uniform Manifold Approximation and Projection) representation of our data.
This is a machine-learning-based method that is useful for performing dimensionality reduction suitable for visualization.
It's goal is to provide a representation of the data in two dimensions (typically, more are possible) that preserves as much of the distance relationships among cells as possible.
While this does make for visually appealing and useful plots, it is important not to overinterpret the results!
In particular, while you will often see some apparent clustering of cells in the resulting output, those clusters may not be particularly valid, and the spacing within or between clusters may not reflect true distances.

In many ways this is analogous to the problem of projecting a map of the earth onto a flat surface; any choice will result in some distortions.
However, with UMAP, we rarely know exactly what choices were made and what distortions might have resulted.
The UMAP coordinates themselves should never be used for downstream analysis.

Since the UMAP procedure would be slow to calculate with the full data, so the `runUMAP()` function first calculates a PCA matrix and then uses _that_ to calculate the UMAP.
Since we already have a PCA matrix, we will tell the function use that instead of recalculating it.

```{r runUMAP, live=TRUE}
normalized_sce <- scater::runUMAP(normalized_sce,
                                  dimred = "PCA")
```

As before, we could extract the UMAP matrix from our SCE object with the `reducedDim()` function.
We can also visualize the UMAP results using the `plotReducedDim()` function.

```{r plotReducedDim, live=TRUE}
# plot the UMAP
scater::plotReducedDim(normalized_sce,
                       "UMAP",
                       # color by the most variable gene
                       color_by = hv_genes[1])
```


## Unsupervised clustering

As a final analysis step at this stage, we will return to the PCA results to perform unsupervised clustering.
Here we will use a graph-based clustering method, which starts by identifying cells that are close together in the multidimensional space.
It then identifies "communities" of highly connected cells, and breaks them apart by regions of lower connection.

There are a number of algorithms that can perform this clustering, each with parameters that can affect how many clusters are identified and which cells belong to each cluster.
It is also worth noting that these clusters may or may not correspond to "cell types" by whatever definition you might prefer to use.
Interpretation of these clusters, or other measures of cell type, are something that will require more careful and likely more customized analysis.

We will perform our clustering using the `bluster` package, which can perform many different types of clustering.
As mentioned earlier, we are using "graph" clustering, which we define using the `NNGraphParam()` function.
Within that are a number of further options, such as the weighting used for building the network graph and the algorithm used for dividing the graph into clusters.

Modifying these parameters can result in quite different cluster assignments!
For the clustering below we will use Jaccard weighting and Louvain clustering, which correspond more closely to the default methods used by `Seurat` than the default parameters.
It is also worth noting that the the cluster assignments are somewhat stochastic.
In particular, the names/numbers of the clusters can be quite inconsistent between runs!


```{r clustering, live=TRUE}
# perform graph-based clustering
nn_clusters <- bluster::clusterRows(
  pca_matrix,
  bluster::NNGraphParam(
    # number of neighbors to use in network graph
    k = 20,
    # weighting scheme for building the network graph
    # default is "rank"
    type = "jaccard",
    # cluster detection algorithm
    # default is "walktrap"
    cluster.fun = "louvain"
  )
)
```

We can save the cluster assignments back into the `colData` of the SCE object with a little shortcut: the `$` followed by the name of the new column we want to add.

```{r add clusters to SCE, live=TRUE}
# save clusters to SCE colData
normalized_sce$nn_cluster <- nn_clusters
```

Now we can plot the UMAP again, this time colored by the cluster assignments that we just created.
Here rather than the general `plotReducedDim()` function, we will use `plotUMAP()`, which is exactly the same, except it always plots from the `reducedDim` slot named `UMAP`, so we can skip that argument.

```{r plot clusters, live=TRUE}
# plot UMAP with assigned clusters
scater::plotUMAP(normalized_sce,
                 color_by = "nn_cluster")
```

What do you see in these results?

What would you want to do next?

## Save SCE object for later

We will now save our filtered and normalized object, including the dimension reduction and clustering results to an `RDS` file, using the file path that we defined at the start of the notebook.
If we were to want to return to this data, we could load this file directly into a new R session and not have to repeat the processing that we have done up to this point.

The data in these objects tends to be quite large, but very compressible.
To save space on disk (at the expense of time), we will make sure that the data is compressed internally before writing it out to a file.
Note that the file we write is still going to be an `.rds` file with no additional extension.
(Further note: The base R function `saveRDS()` uses compression by default, but the `tidyverse` function `readr::write_rds()` does not.)

```{r save SCE, live=TRUE}
# write RDS file with compression
readr::write_rds(normalized_sce, file = output_sce_file, compress = "gz")
```


## Print session info

As is our habit at the Data Lab, we will save information about the computing environment, the packages we have used in this notebook, and their versions using the `sessionInfo()` command.

```{r session info}
sessionInfo()
```


diff --git a/scRNA-seq-advanced/02-dataset_integration-live.Rmd b/scRNA-seq-advanced/02-dataset_integration-live.Rmd index 8dfb894f..107bc35c 100644 --- a/scRNA-seq-advanced/02-dataset_integration-live.Rmd +++ b/scRNA-seq-advanced/02-dataset_integration-live.Rmd @@ -525,13 +525,12 @@ Now, let's see how this new `merged_UMAP` looks compared to the `UMAP` calculate # UMAPs scaled together when calculated from the merged SCE scater::plotReducedDim(merged_sce, dimred = "merged_UMAP", - colour_by = "sample", + color_by = "sample", # Some styling to help us see the points: point_size = 0.5, point_alpha = 0.2) + - # Modify the legend key so its points are larger and easier to see - guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) + - # Add a plot title + scale_color_brewer(palette = "Dark2", name = "sample") + + guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) + ggtitle("UMAP calculated on merged_sce") ``` @@ -596,13 +595,12 @@ scater::plotReducedDim(merged_sce, # plot the fastMNN coordinates dimred = "fastmnn_UMAP", # color by sample - colour_by = "sample", + color_by = "sample", # Some styling to help us see the points: point_size = 0.5, point_alpha = 0.2) + - # Modify legend so they key is larger and easier to see - guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) + - # add plot title + scale_color_brewer(palette = "Dark2", name = "sample") + + guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) + ggtitle("UMAP after integration with fastMNN") ``` @@ -642,10 +640,12 @@ Let's re-plot this UMAP to highlight cell types: scater::plotReducedDim(merged_sce, dimred = "fastmnn_UMAP", # color by broad celltypes - colour_by = "celltype_broad", + color_by = "celltype_broad", point_size = 0.5, point_alpha = 0.2) + - guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) + + # include argument to specify color of NA values + scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") + + guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) + ggtitle("UMAP after integration with fastMNN") ``` @@ -658,12 +658,13 @@ One way we can see all the points a bit better is to facet the plot by sample, u ```{r plot fastmnn umap celltypes faceted} scater::plotReducedDim(merged_sce, dimred = "fastmnn_UMAP", - colour_by = "celltype_broad", + color_by = "celltype_broad", point_size = 0.5, point_alpha = 0.2, # Allow for faceting by a variable using `other_fields`: other_fields = "sample") + - guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) + + scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") + + guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) + ggtitle("UMAP after integration with fastMNN") + # Facet by sample facet_wrap(vars(sample)) + @@ -743,11 +744,12 @@ Let's see how the `harmony` UMAP, colored by sample, looks compared to the `fast ```{r plot harmony umap batches} scater::plotReducedDim(merged_sce, dimred = "harmony_UMAP", - colour_by = "sample", + color_by = "sample", point_size = 0.5, point_alpha = 0.2) + - ggtitle("UMAP after integration with harmony") + - guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) + scale_color_brewer(palette = "Dark2", name = "sample") + + guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) + + ggtitle("UMAP after integration with harmony") ``` How do you think this `harmony` UMAP compares to that from `fastMNN` integration? @@ -757,19 +759,19 @@ Let's see how this UMAP looks colored by cell type, and faceted for visibility: ```{r plot harmony umap celltypes} scater::plotReducedDim(merged_sce, dimred = "harmony_UMAP", - colour_by = "celltype_broad", + color_by = "celltype_broad", point_size = 0.5, point_alpha = 0.2, # Specify variable for faceting other_fields = "sample") + + scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") + + guides(color = guide_legend(override.aes = list(size = 3))) + ggtitle("UMAP after integration with harmony") + - guides(colour = guide_legend(override.aes = list(size = 3))) + facet_wrap(vars(sample)) ``` -With the faceted view, we can now see that the small amounts of `Tumor_Myocyte` from other samples are "pulled" towards those cells in `SCPCL000481`. - -What other patterns do you see that are similar or different from the `fastMNN` UMAP? +What do you now notice in this faceted view that wasn't clear previously? +Are there other patterns you see that are similar or different from the `fastMNN` UMAP? How do you think `fastMNN` vs. `harmony` performed in integrating these samples? ### Export diff --git a/scRNA-seq-advanced/02-dataset_integration.nb.html b/scRNA-seq-advanced/02-dataset_integration.nb.html index 0a991051..ff74f293 100644 --- a/scRNA-seq-advanced/02-dataset_integration.nb.html +++ b/scRNA-seq-advanced/02-dataset_integration.nb.html @@ -3091,7 +3091,7 @@

Directories and files

To begin, let’s set up our directories and files:

- +
# Define directory where processed SCE objects to be integrated are stored
 input_dir <- file.path("data", "rms", "processed")
 
@@ -3099,9 +3099,7 @@ 

Directories and files

output_dir <- file.path("data", "rms", "integrated") # Create output directory if it doesn't exist -if (!(dir.exists(output_dir))) { - dir.create(output_dir) -} +fs::dir_create(output_dir) # Define output file name for the integrated object integrated_sce_file <- file.path(output_dir, "rms_integrated_subset.rds")
@@ -4116,18 +4114,23 @@

Integration

let’s look at the UMAP when calculated from individual samples:

- +
# Plot UMAP calculated from individual samples with separate scaling
 scater::plotReducedDim(merged_sce,
                        dimred = "UMAP",
-                       colour_by = "sample",
+                       color_by = "sample",
                        point_size = 0.5,
                        point_alpha = 0.2) +
-  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
+  scale_color_brewer(palette = "Dark2", name = "sample") + # Use a CVD-friendly color scheme and specify legend name
+  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) + # Modify the legend key with larger, easier to see points
   ggtitle("UMAP calculated on each sample separately")
+ +
Scale for colour is already present.
+Adding another scale for colour, which will replace the existing scale.
+ -

+

@@ -4252,21 +4255,24 @@

Integration

to the UMAP calculated from individual samples:

- +
# UMAPs scaled together when calculated from the merged SCE
 scater::plotReducedDim(merged_sce,
                        dimred = "merged_UMAP",
-                       colour_by = "sample",
+                       color_by = "sample",
                        # Some styling to help us see the points:
                        point_size = 0.5,
                        point_alpha = 0.2) +
-  # Modify the legend key so its points are larger and easier to see
-  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
-  # Add a plot title
+  scale_color_brewer(palette = "Dark2", name = "sample") +
+  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
   ggtitle("UMAP calculated on merged_sce")
+ +
Scale for colour is already present.
+Adding another scale for colour, which will replace the existing scale.
+ -

+

@@ -4382,22 +4388,25 @@

Integration with fastMNN

chapter of OSCA.

- +
scater::plotReducedDim(merged_sce,
                        # plot the fastMNN coordinates
                        dimred = "fastmnn_UMAP",
                        # color by sample
-                       colour_by = "sample",
+                       color_by = "sample",
                        # Some styling to help us see the points:
                        point_size = 0.5,
                        point_alpha = 0.2) +
-  # Modify legend so they key is larger and easier to see
-  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
-  # add plot title
+  scale_color_brewer(palette = "Dark2", name = "sample") +
+  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
   ggtitle("UMAP after integration with fastMNN")
+ +
Scale for colour is already present.
+Adding another scale for colour, which will replace the existing scale.
+ -

+

@@ -4444,18 +4453,24 @@

Integration with fastMNN

Let’s re-plot this UMAP to highlight cell types:

- +
scater::plotReducedDim(merged_sce,
                        dimred = "fastmnn_UMAP",
                        # color by broad celltypes
-                       colour_by = "celltype_broad",
+                       color_by = "celltype_broad",
                        point_size = 0.5,
                        point_alpha = 0.2) +
-  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
+  # include argument to specify color of NA values
+  scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") +
+  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
   ggtitle("UMAP after integration with fastMNN")
+ +
Scale for colour is already present.
+Adding another scale for colour, which will replace the existing scale.
+ -

+

@@ -4473,23 +4488,28 @@

Integration with fastMNN

object):

- +
scater::plotReducedDim(merged_sce,
                        dimred = "fastmnn_UMAP",
-                       colour_by = "celltype_broad",
+                       color_by = "celltype_broad",
                        point_size = 0.5,
                        point_alpha = 0.2,
                        # Allow for faceting by a variable using `other_fields`:
                        other_fields = "sample") +
-  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
+  scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") +
+  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
   ggtitle("UMAP after integration with fastMNN") +
   # Facet by sample
   facet_wrap(vars(sample)) +
   # Use a theme with background grid to more easily compare panel coordinates
   theme_bw()
+ +
Scale for colour is already present.
+Adding another scale for colour, which will replace the existing scale.
+ -

+

@@ -4639,17 +4659,22 @@

Integration with harmony

compared to the fastMNN UMAP:

- +
scater::plotReducedDim(merged_sce,
                        dimred = "harmony_UMAP",
-                       colour_by = "sample",
+                       color_by = "sample",
                        point_size = 0.5,
                        point_alpha = 0.2) +
-  ggtitle("UMAP after integration with harmony") +
-  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1)))
+ scale_color_brewer(palette = "Dark2", name = "sample") + + guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) + + ggtitle("UMAP after integration with harmony") + +
Scale for colour is already present.
+Adding another scale for colour, which will replace the existing scale.
+ -

+

@@ -4659,29 +4684,33 @@

Integration with harmony

visibility:

- +
scater::plotReducedDim(merged_sce,
                        dimred = "harmony_UMAP",
-                       colour_by = "celltype_broad",
+                       color_by = "celltype_broad",
                        point_size = 0.5,
                        point_alpha = 0.2,
                        # Specify variable for faceting
                        other_fields = "sample") +
+  scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") +
+  guides(color = guide_legend(override.aes = list(size = 3))) +
   ggtitle("UMAP after integration with harmony") +
-  guides(colour = guide_legend(override.aes = list(size = 3))) +
   facet_wrap(vars(sample))
+ +
Scale for colour is already present.
+Adding another scale for colour, which will replace the existing scale.
+ -

+

-

With the faceted view, we can now see that the small amounts of -Tumor_Myocyte from other samples are “pulled” towards those -cells in SCPCL000481.

-

What other patterns do you see that are similar or different from the -fastMNN UMAP? How do you think fastMNN -vs. harmony performed in integrating these samples?

+

What do you now notice in this faceted view that wasn’t clear +previously? Are there other patterns you see that are similar or +different from the fastMNN UMAP? How do you think +fastMNN vs. harmony performed in integrating +these samples?

Export

@@ -4712,7 +4741,7 @@

Print session info

sessionInfo()
- +
R version 4.4.1 (2024-06-14)
 Platform: x86_64-pc-linux-gnu
 Running under: Ubuntu 22.04.4 LTS
@@ -4763,8 +4792,8 @@ 

Print session info

[31] DelayedArray_0.30.0 BiocParallel_1.38.0 [33] irlba_2.3.5.1 parallel_4.4.1 [35] cluster_2.1.6 R6_2.5.1 - [37] RColorBrewer_1.1-3 bslib_0.7.0 - [39] stringi_1.8.3 limma_3.60.0 + [37] bslib_0.7.0 stringi_1.8.3 + [39] RColorBrewer_1.1-3 limma_3.60.0 [41] jquerylib_0.1.4 Rcpp_1.0.12 [43] knitr_1.46 readr_2.1.5 [45] batchelor_1.20.0 Matrix_1.7-0 @@ -4781,26 +4810,26 @@

Print session info

[67] RhpcBLASctl_0.23-42 glue_1.7.0 [69] metapod_1.12.0 tools_4.4.1 [71] BiocNeighbors_1.22.0 ScaledMatrix_1.12.0 - [73] locfit_1.5-9.9 scran_1.32.0 - [75] cowplot_1.1.3 grid_4.4.1 - [77] edgeR_4.2.0 colorspace_2.1-0 - [79] GenomeInfoDbData_1.2.12 beeswarm_0.4.0 - [81] BiocSingular_1.20.0 vipor_0.4.7 - [83] cli_3.6.2 rsvd_1.0.5 - [85] fansi_1.0.6 S4Arrays_1.4.0 - [87] viridisLite_0.4.2 dplyr_1.1.4 - [89] uwot_0.2.2 ResidualMatrix_1.14.0 - [91] gtable_0.3.5 sass_0.4.9 - [93] digest_0.6.35 SparseArray_1.4.0 - [95] ggrepel_0.9.5 dqrng_0.3.2 - [97] farver_2.1.1 htmltools_0.5.8.1 - [99] lifecycle_1.0.4 httr_1.4.7 - [ reached getOption("max.print") -- omitted 2 entries ]
+ [73] locfit_1.5-9.9 fs_1.6.4 + [75] scran_1.32.0 cowplot_1.1.3 + [77] grid_4.4.1 edgeR_4.2.0 + [79] colorspace_2.1-0 GenomeInfoDbData_1.2.12 + [81] beeswarm_0.4.0 BiocSingular_1.20.0 + [83] vipor_0.4.7 cli_3.6.2 + [85] rsvd_1.0.5 fansi_1.0.6 + [87] S4Arrays_1.4.0 viridisLite_0.4.2 + [89] dplyr_1.1.4 uwot_0.2.2 + [91] ResidualMatrix_1.14.0 gtable_0.3.5 + [93] sass_0.4.9 digest_0.6.35 + [95] SparseArray_1.4.0 ggrepel_0.9.5 + [97] dqrng_0.3.2 farver_2.1.1 + [99] htmltools_0.5.8.1 lifecycle_1.0.4 + [ reached getOption("max.print") -- omitted 3 entries ]
-
---
title: "Integrating scRNA-seq datasets"
author: Data Lab for ALSF
date: 2023
output:
  html_notebook:
    toc: true
    toc_depth: 3
    toc_float: true
---

## Objectives

This notebook will demonstrate how to:

- Prepare SCE objects for integration
- Apply integration methods including `fastMNN` and `harmony`
- Visually explore the results of integration
- Use `purrr::map()` functions for iterating over lists

---

In this notebook, we'll perform integration on scRNA-seq datasets from the [Single-cell Pediatric Cancer Atlas (`ScPCA`)](https://scpca.alexslemonade.org/), a database of uniformly-processed pediatric scRNA-seq data built and maintained by the Data Lab.
The `ScPCA` database currently hosts single-cell pediatric cancer transcriptomic data generated by ALSF-funded labs, with the goal of making this data easily accessible to investigators (like you!).
The expression data in `ScPCA` were mapping and quantified with [`alevin-fry`](https://doi.org/10.1038/s41592-022-01408-3), followed by processing with Bioconductor tools using the same general procedures that we have covered in this workshop.
The processing pipeline used `emptyDropsCellRanger()` and `miQC` to filter the raw counts matrix, `scuttle` to log-normalize the counts, and `scater` for dimension reduction.
The processed data are stored as `.rds` files containing `SingleCellExperiment` objects.
You can read more about how data in the `ScPCA` is processed in [the associated documentation](https://scpca.readthedocs.io/en/latest/).


![Single-cell roadmap: Integration Overview](diagrams/roadmap_multi_merge-integrate.png)

To learn about integration, we'll have a look at four samples from the [`SCPCP000005` project](https://scpca.alexslemonade.org/projects/SCPCP000005) ([Patel _et al._ 2022](https://doi.org/10.1016/j.devcel.2022.04.003)), an investigation of pediatric solid tumors led by the [Dyer](https://www.stjude.org/research/labs/dyer-lab.html) and [Chen](https://www.stjude.org/research/labs/chen-lab-taosheng.html) labs at St. Jude Children's Research Hospital.
The particular libraries we'll integrate come from two rhabdomyosarcoma (RMS) patients, with two samples from each of two patients, all sequenced with 10x Chromium v3 technology.
Each library is from a separate biological sample.

We'll be integrating these samples with two different tools, [`fastMNN`](http://www.bioconductor.org/packages/3.16/bioc/html/batchelor.html) ([Haghverdi _et al._ 2018](https://doi.org/10.1038/nbt.4091)) and [`harmony`](https://portals.broadinstitute.org/harmony/) ([Korsunsky _et al._ 2019](https://doi.org/10.1038/s41592-019-0619-0)).
Integration corrects for batch effects that arise from different library preparations, genetic backgrounds, and other sample-specific factors, so that datasets can be jointly analyzed at the cell level.
`fastMNN` corrects for batch effects using a faster variant of the mutual-nearest neighbors algorithm, the technical details of which you can learn more about from this [vignette by Lun (2019)](https://marionilab.github.io/FurtherMNN2018/theory/description.html).
`harmony`, on the other hand, corrects for batch effects using an iterative clustering approach, and unlike `fastMNN`, it is also able to consider additional covariates beyond just the batch groupings.

Regardless of which integration tool is used, the `SingleCellExperiment` (SCE) objects first need to be reformatted and merged into a single (uncorrected!) SCE object that contains all cells from all samples.
This merged SCE can then be used for integration to obtain a formally batch-corrected SCE object.


## Set up

```{r setup}
# Load libraries
library(ggplot2)  # plotting tools
library(SingleCellExperiment) # work with SCE objects

# Set the seed for reproducibility
set.seed(12345)
```


### Directories and files


We have already prepared count data for the four samples we'll be integrating (i.e., filtered cells, normalized counts, and calculated PCA & UMAP).
These SCE objects, stored as RDS files, are available in the `data/rms/processed/` directory and are named according to their `ScPCA` library ids :

- `SCPCL000479.rds` (Patient A)
- `SCPCL000480.rds` (Patient A)
- `SCPCL000481.rds` (Patient B)
- `SCPCL000482.rds` (Patient B)

To begin, let's set up our directories and files:

```{r directories, live = TRUE}
# Define directory where processed SCE objects to be integrated are stored
input_dir <- file.path("data", "rms", "processed")

# Define directory to save integrated SCE object to
output_dir <- file.path("data", "rms", "integrated")

# Create output directory if it doesn't exist
if (!(dir.exists(output_dir))) {
  dir.create(output_dir)
}

# Define output file name for the integrated object
integrated_sce_file <- file.path(output_dir, "rms_integrated_subset.rds")
```


We can use the `dir()` function to list all contents of a given directory, for example to see all the files in our `input_dir`:

```{r input dir, live = TRUE}
dir(input_dir)
```

We want to read in just four of these files, as listed previously.
To read in these files, we could use the `readr::read_rds()` function (or the base R `readRDS()`) four times, once for each of the files.
We could also use a `for` loop, which is the approach that many programming languages would lean toward.
A different and more modular coding approach to reading in these files (and more!) is to leverage the [`purrr`](https://purrr.tidyverse.org/) `tidyverse` package, which provides a convenient set of functions for operating on lists.
You can read more about the `purrr` functions and their power and utility in R in [the "Functionals" chapter of the _Advanced R_ e-book](https://adv-r.hadley.nz/functionals.html).

Of particular interest is the [`purrr::map()`](https://purrr.tidyverse.org/reference/map.html) family of functions, which can be used to run a given function on each element of a list (or vector) in one call.
The general syntax for `purrr::map()` and friends is:

```
# Syntax for using the map function:
purrr::map(<input list or vector>,
           <function to apply to each item in the input>,
           <any additional arguments to the function can go here>,
           <and also here if there are even more arguments, and so on>)
```


The output from running `purrr::map()` is always a list (but note that there are other `purrr::map()` relatives which return other object types, as you can read about in [the `purrr::map()` documentation](https://purrr.tidyverse.org/reference/index.html)).
If this concept sounds a little familiar to you, that's because it probably is!
Base R's `lapply()` function can provide similar utility, and the `purrr::map()` family of functions can (in part) be thought of as an alternative to some of the base R `apply` functions, with more consistent behavior.

Let's see a very simple example of `purrr::map()` in action, inspired by cancer groups the Data Lab has analyzed through the [OpenPBTA](https://github.com/AlexsLemonade/OpenPBTA-analysis/) project:

```{r map example}
# Define a list of cancer histologies
histologies <- list(
  "low-grade gliomas"  = c("SEGA", "PA", "GNG", "PXA"),
  "high-grade gliomas" = c("DMG", "DIPG"),
  "embryonal tumors"   = c("MB", "ATRT", "ETMR")
 )

# The overall length of the list is 3
length(histologies)

# How can we run `length()` on each item of the list?
# We can use our new friend purrr::map():
purrr::map(histologies, length)
```

One other new coding strategy we'll learn in this notebook is using the [`glue`](https://glue.tidyverse.org/) package to combine strings.
This package offers a convenient function `glue::glue()` that can be used instead of the base R `paste()` function.

```{r paste}
# Define a variable for example:
org_name <- "Data Lab"

# We can use paste to combine strings and variables:
paste("Welcome to the", org_name, "workshop on Advanced scRNA-seq!")
```

We can use `glue::glue()` to accomplish the same goal with some different syntax:

```{r glue}
# glue::glue takes a single string argument (only one set of quotes!), and
#  variables can easily be included inside {curly braces}
glue::glue("Welcome to the {org_name} workshop on Advanced scRNA-seq!")
```

(Note that even though the `glue::glue()` output isn't in quotes, it still behaves like a string!)


Alright, time for the good stuff!
Let's use `purrr::map()` to read in our SCE objects so that they are immediately stored together in a list.


We'll first need to define a vector of the file paths to read in.
We'll start by creating a vector of sample names themselves and then formatting them into the correct paths.
This way (foreshadowing!) we also have a stand-alone vector of just sample names, which will come in handy!

```{r sample names}
# Vector of all the samples to read in:
sample_names <- c("SCPCL000479",
                  "SCPCL000480",
                  "SCPCL000481",
                  "SCPCL000482")
```


```{r define sce_paths, live = TRUE}
# Now, convert these to file paths: <input_dir>/<sample_name>.rds
sce_paths <- file.path(input_dir,
                       glue::glue("{sample_names}.rds")
)
# Print the sce_paths vector
sce_paths
```

We can now read these files in and create a list of four SCE objects.
Since `readr::read_rds()` can only operate on one input at a time, we'll need to use `purrr::map()` to run it on all input file paths in one command.
Although `sce_paths` is a vector (not a list), it will still work as input to `purrr:map()`.
The output from this code will still be a list, since that's what `purrr::map()` always returns.

```{r read sce paths, live = TRUE}
# Use purrr::map() to read all files into a list at once
sce_list <- purrr::map(
  sce_paths,
  readr::read_rds
)
```

Let's have a look at our list of SCE objects:

```{r print sce list, live=TRUE}
# Print sce_list
sce_list
```

We now have a list of length four, where each item is a processed SCE object!
However, we'll need to keep track of which sample each item is, so it's helpful to add _names_ to this list representing the relevant sample names.

```{r add list names, live = TRUE}
# Assign the sample names as the names for sce_list
names(sce_list) <- sample_names
```

```{r print named list, live=TRUE}
# Print the list to see it with names
sce_list
```

If you look closely at the printed SCE objects, you may notice that they all contain `colData` table columns `celltype_fine` and `celltype_broad`.
These columns (which we added to SCE objects during [pre-processing](https://github.com/AlexsLemonade/training-modules/tree/master/scRNA-seq-advanced/setup/rms)) contain putative _cell type annotations_ as assigned in [Patel _et al._ (2022)](https://doi.org/10.1016/j.devcel.2022.04.003).
We will end up leveraging these cell type annotations to explore how successful our integration is; after integration, we expect cell types from different samples to group together, rather than being separated by batches.

That said, the integration methods we will be applying _do not actually use_ these cell type annotations.
If we have annotations, they are a helpful "bonus" for assessing the integration's success, but they are not part of the integration itself.


## Prepare the SCE list for integration

![Single-cell roadmap: Merge](diagrams/roadmap_multi_merge.png)


Now that we have a list of processed SCE objects, we need to merge the objects into one overall SCE object for input to integration.
A word of caution before we begin: **This merged SCE object is NOT an integrated SCE!**
Merging SCEs does not perform any batch correction, but just reorganizes the data to allow us to proceed to integration next.

To merge SCE objects, we do need to do some wrangling and bookkeeping to ensure compatibility and that we don't lose important information.
Overall we'll want to take care of these items:

1. We should be able to trace sample-specific information back to the originating sample, including...
    - Cell-level information: Which sample is each cell from?
    - Library-specific feature statistics, e.g., gene-level statistics for a given library found in `rowData`.
    Which sample is a given feature statistic from?
2. SCE objects should contain the same genes: Each SCE object should have the same row names.
3. SCE cell metadata columns should match: The `colData` for each SCE object should have the same column names.


We'll begin by taking some time to thoroughly explore our SCE objects and figure out what wrangling steps we need to take for these specific data.
Don't skip this exploration!
Bear in mind that the exact wrangling shown here will not be the same for other SCE objects you work with, but the same general principles apply.


#### Preserving sample information at the cell level

How will we be able to tell which sample a given cell came from?

The best way to do this is simply to add a `colData` column with the sample information, so that we can know which sample each row came from.

In addition, we want to pay some attention to the SCE object's column names (the cell ids), which must remain unique after merging since duplicate ids will cause an R error.
In this case, the SCE column names are barcodes (which is usually but not always the case in SCE objects), which are only guaranteed to be unique _within_ a sample but may be repeated across samples.
So, after merging, it's technically possible that multiple cells will have the same barcode.
This would be a problem for two reasons:
First, the cell id would not be able to point us back to cell's originating sample.
Second, it would literally cause an error in R, which does not allow duplicate column names.


One way to ensure that cell ids remain unique even after merging is to actually modify them by _prepending_ the relevant sample name.
For example, consider these barcodes for the `SCPCL000479` sample:

```{r barcodes}
# Look at the column names for the `SCPCL000479` sample, for example
colnames(sce_list$SCPCL000479) |>
  # Only print out the first 6 for convenience
  head()
```

These ids will be updated to `SCPCL000479-GGGACCTCAAGCGGAT`, `SCPCL000479-CACAGATAGTGAGTGC`, and so on, thereby ensuring fully unique ids for all cells across all samples.

#### Preserving sample information at the gene level

The `rowData` table in SCE objects will often contain both "general" and "library-specific" information, for example:

```{r rowdata}
rowData(sce_list$SCPCL000479) |>
  head()
```

Here, the rownames are Ensembl gene ids, and columns are `gene_symbol`, `mean`, and `detected`.
The `gene_symbol` column is general information about all genes, not specific to any library or experiment, but `mean` and `detected` are library-specific gene statistics.
So, `gene_symbol` does not need to be traced back to its originating sample, but `mean` and `detected` do.
To this end, we can take a similar approach to what we'll do for cell ids:
We can change the sample-specific `rowData` column names by prepending the sample name.
For example, rather than being called `mean`, this column will be named `SCPCL000479-mean` for the `SCPCL000479` sample.

All our SCE objects have the same `rowData` columns (as we can see in the next chunk), so we'll perform this renaming across all SCEs.

```{r compare rowdata, live = TRUE}
# Use `purrr::map()` to quickly extract rowData column names for all SCEs
purrr::map(sce_list,
           \(x) colnames(rowData(x)))
```


#### Ensuring that only shared genes are used

The next step in ensuring SCE compatibility is to make sure they all contain the same genes, which are stored as the SCE object's row names (these names are also found the `rowData` slot's row names).
Here, those gene ids are unique Ensembl gene ids.

We can use some `purrr` magic to quickly find the set of shared genes among our samples:

```{r shared genes}
# Define vector of shared genes
shared_genes <- sce_list |>
  # get rownames (genes) for each SCE in sce_list
  purrr::map(rownames) |>
  # reduce to the _intersection_ among lists
  purrr::reduce(intersect)
```

```{r print shared genes, live = TRUE}
# Use head to look at the vector of shared genes:
head(shared_genes)
```

In this case, we happen to know that all SCE objects we're working with already contained the same genes.
We do a quick-and-dirty check for this by looking at the number of rows across SCE objects, and we'll see that they are all the same:

```{r check shared genes, live = TRUE}
# The number of genes in an SCE corresponds to its number of rows:
sce_list |>
  purrr::map(nrow)
```

So, for our data, we will not have to subset to shared genes since they are already shared!

#### Ensuring matching columns in `colData`

Finally, we'll need to have the same column names across all SCE `colData` tables, so let's look at all those column names.
We can use similar syntax here to what we used to look at all the `rowData` column names.

```{r compare coldata}
purrr::map(sce_list,
           \(x) colnames(colData(x)) )
```

It looks like the column names are all already matching among SCEs, so there's no specific preparation we'll need to do there.

### Perform SCE merging

As you can see, there's a lot of moving parts to consider!
Again, these moving parts may (will!) differ for SCEs that you are working with, so you have to explore your own SCEs in depth to prepare for merging.

Based on our exploration, here is a schematic of how one of the SCE objects will ultimately be modified into the final merged SCE:

![](diagrams/technical_merge_sce.png)


We'll write a _custom function_ (seen in the chunk below) tailored to our wrangling steps that prepares a single SCE object for merging.
We'll then use our new `purrr::map()` programming skills to run this function over the `sce_list`.
This will give us a new list of formatted SCEs that we can proceed to merge.
It's important to remember that the `format_sce()` function written below is not a function for general use – it's been precisely written to match the processing we need to do for _these_ SCEs, and different SCEs you work with will require different types of processing.

```{r format_sce function}
format_sce <- function(sce, sample_name) {
  # Input arguments:
  ## sce: An SCE object to format
  ## sample_name: The SCE object's name
  # This function returns a formatted SCE object.

  ###### Ensure that we can identify the originating sample information ######
  # Add a column called `sample` that stores this information
  # This will be stored in `colData`
  sce$sample <- sample_name


  ###### Ensure cell ids will be unique ######
  # Update the SCE object column names (cell ids) by prepending `sample_name`
  colnames(sce) <- glue::glue("{sample_name}-{colnames(sce)}")


  ###### Ensure gene-level statistics can be identified in `rowData` ######
  # We want to rename the columns `mean` and `detected` to contain the `sample_name`
  # Recall the names are: "gene_symbol", "mean", "detected"
  colnames(rowData(sce)) <- c("gene_symbol",
                              glue::glue("{sample_name}-mean"),
                              glue::glue("{sample_name}-detected"))

  # Return the formatted SCE object
  return(sce)
}
```

To run this function, we'll use the `purrr::map2()` function, a relative of `purrr::map()` that allows you to loop over _two_ input lists/vectors.
In our case, we want to run `format_sce()` over paired `sce_list` items and `sce_list` names.

```{r format sces for merge, live = TRUE}
# We can use `purrr::map2()` to loop over two list/vector arguments
sce_list_formatted <- purrr::map2(
  # Each "iteration" will march down the first two
  #  arguments `sce_list` and `names(sce_list)` in order
  sce_list,
  names(sce_list),
  # Name of the function to run
  format_sce
)

# Print resulting list
sce_list_formatted
```

(Psst, like `purrr` and want to dive deeper? Check out [the `purrr::imap()` function](https://purrr.tidyverse.org/reference/imap.html)!)


At long last, we are ready to merge the SCEs, which we'll do using the R function `cbind()`.
The `cbind()` function is often used to combine data frames or matrices by column, i.e. "stack" them next to each other.
The same principle applies here, but when run on SCE objects, `cbind()` will create a new SCE object by combining `counts` and `logcounts` matrices by column.
Following that structure, other SCE slots (`colData`, `rowData`, reduced dimensions, and other metadata) are combined appropriately.

Since we need to apply `cbind()` to a _list_ of objects, we need to use some slightly-gnarly syntax: We'll use the function `do.call()`, which allows the `cbind()` input to be a list of objects to combine.

```{r merges sces, live = TRUE}
# Merge SCE objects
merged_sce <- do.call(cbind, sce_list_formatted)

# Print the merged_sce object
merged_sce
```

We now have a single SCE object that contains all cells from all samples we'd like to integrate.

Let's take a peek at some of the innards of this new SCE object:

```{r explore merged_sce, live = TRUE}
# What are the unique values in the `sample` column?
unique( colData(merged_sce)$sample )

# What are the new cell ids (column names)?
head( colnames(merged_sce) )

# What does rowData look like?
head( rowData(merged_sce) )
```


## Integration

![Single-cell roadmap: Integrate](diagrams/roadmap_multi_integrate.png)


So far, we've created a `merged_sce` object which is (almost!) ready for integration.

The integration methods we'll be using here actually perform batch correction on a reduced dimension representation of the normalized gene expression values, which is more efficient.
`fastMNN` and `harmony` specifically use PCA for this, but be aware that different integration methods may use other kinds of reduced dimensions.

You'll notice that the merged SCE object object already contains PCA and UMAP reduced dimensions, which were calculated during our pre-processing:

```{r merged_sce reddim, live = TRUE}
# Print the reducedDimNames of the merged_sce
reducedDimNames(merged_sce)
```

These represent the original dimension reductions that were performed on _each individual SCE_ before merging, but we actually need to calculate PCA (and UMAP for visualization) from the merged object directly.

Why can't we use the sample-specific PCA and UMAP matrices?
Part of these calculations themselves involves scaling the raw data to center the mean.
When samples are separately centered but plotting together, you will see samples "overlapping" in space, but this placement is actually just an artifact of the individual centering.
In addition, the mathematical relationship between the original expression data and reduced dimension version of that data will differ across samples, meaning we can't interpret them all together.
To see how this looks, let's look at the UMAP when calculated from individual samples:

```{r plot individual UMAPs, live = TRUE}
# Plot UMAP calculated from individual samples with separate scaling
scater::plotReducedDim(merged_sce,
                       dimred = "UMAP",
                       colour_by = "sample",
                       point_size = 0.5,
                       point_alpha = 0.2) +
  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  ggtitle("UMAP calculated on each sample separately")
```


As we see in this UMAP, all samples are centered at zero and all overlapping.
This visual artifact can give the _incorrect impression_ that data is integrated - to be clear, this data is NOT integrated!

For input to integration, we'll want the reduced dimension calculations to consider normalized gene expression values from all samples simultaneously.
So we'll need to recalculate PCA (and UMAP for visualization) on the merged object.
We'll also save these new reduced dimensions with different names, `merged_PCA` and `merged_UMAP`, to distinguish them from already-present `PCA` and `UMAP`.

First, as usual, we'll determine the high-variance genes to use for PCA from the `merged_sce` object.
For this, we'll need to provide the argument `block = merged_sce$sample` when modeling gene variance, which tells `scran::modelGeneVar()` to first model variance separately for each batch and then combine those modeling statistics.

```{r calc merged hv genes}
# Specify the number of genes to identify
num_genes <- 2000

# Calculate variation for each gene
gene_variance <- scran::modelGeneVar(merged_sce,
                                     # specify the grouping column:
                                     block = merged_sce$sample)

# Get the top `num_genes` high-variance genes to use for dimension reduction
hv_genes <- scran::getTopHVGs(gene_variance,
                              n = num_genes)
```

To calculate the PCA matrix itself, we'll use an approach from the `batchelor` package, which is the R package that contains the `fastMNN` method.
The [`batchelor::multiBatchPCA()`](https://rdrr.io/bioc/batchelor/man/multiBatchPCA.html) function calculates a batch-weighted PCA matrix.
This weighting ensures that all batches, which may have very different numbers of cells, contribute equally to the overall scaling.

```{r make merged_pca, live = TRUE}
# Use batchelor to calculate PCA for merged_sce, considering only
#  the high-variance genes
# We'll need to include the argument `preserve.single = TRUE` to get
#  a single matrix with all samples and not separate matrices for each sample
merged_pca <- batchelor::multiBatchPCA(merged_sce,
                                       subset.row = hv_genes,
                                       batch = merged_sce$sample,
                                       preserve.single = TRUE)
```

Let's have a look at the output:
```{r print merged_pca, live = TRUE}
# This output is not very interesting!
merged_pca
```

We can use indexing `[[1]]` to see the PCA matrix calculated, looking at a small subset for convenience:

```{r print merged_pca indexed, live = TRUE}
merged_pca[[1]][1:5,1:5]
```

We can now include this PCA matrix in our `merged_sce` object:

```{r add merged_pca, live = TRUE}
# add PCA results to merged SCE object
reducedDim(merged_sce, "merged_PCA") <- merged_pca[[1]]
```

Now that we have the PCA matrix, we can proceed to calculate UMAP to visualize the uncorrected merged data.

We'll calculate UMAP as "usual", but in this case we'll specify two additional arguments:

- `dimred = "merged_PCA"`, which specifies which existing reduced dimension should be used for the calculation.
We want to use the batch-weighted PCA, which we named above as `"merged_PCA"`.
- `name = "merged_UMAP"`, which names the final UMAP that this function calculates.
This argument will prevent us from overwriting the existing UMAP which is already named "UMAP" and instead create a separate `"merged_UMAP"`.

```{r calculate merged umap, live = TRUE}
# add merged_UMAP from merged_PCA
merged_sce <- scater::runUMAP(merged_sce,
                              dimred = "merged_PCA",
                              name = "merged_UMAP")
```

Now, let's see how this new `merged_UMAP` looks compared to the `UMAP` calculated from individual samples:

```{r plot uncorrected merged UMAP}
# UMAPs scaled together when calculated from the merged SCE
scater::plotReducedDim(merged_sce,
                       dimred = "merged_UMAP",
                       colour_by = "sample",
                       # Some styling to help us see the points:
                       point_size = 0.5,
                       point_alpha = 0.2) +
  # Modify the legend key so its points are larger and easier to see
  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  # Add a plot title
  ggtitle("UMAP calculated on merged_sce")
```

Samples are now separated, which more reasonably reflects that this data is _not yet batch-corrected_.
We can think of this UMAP as our "before" UMAP, and we can compare this to the "after" UMAP we see post-integration.

Let's discuss a little first: What visual differences do you think the UMAP on the integrated version of data will have?
What similarities do you think the integrated UMAP will have to this plot?


### Integration with `fastMNN`

Finally, we're ready to integrate!
To start, we'll use the `fastMNN` approach from the Bioconductor [`batchelor` package](http://www.bioconductor.org/packages/3.16/bioc/html/batchelor.html).

`fastMNN` takes as input the `merged_sce` object to integrate, and the first step it performs is actually to run `batchelor::multiBatchPCA()` on that SCE.
It then uses that batch-weighted PCA matrix to perform the actual batch correction.
The `batch` argument is used to specify the different groupings within the `merged_sce` (i.e. the original sample that each cell belongs to), and the `subset.row` argument can optionally be used to provide a vector of high-variance genes that should be considered for this PCA calculation.
`fastMNN` will return an SCE object that contains a batch-corrected PCA.
Let's run it and save the result to a variable called `integrated_sce`.


```{r run fastmnn, live = TRUE}
# integrate with fastMNN, again specifying only our high-variance genes
integrated_sce <- batchelor::fastMNN(
  merged_sce,
  batch = merged_sce$sample,
  subset.row = hv_genes
)
```

Let's have a look at the result:

```{r fastmnn result, live = TRUE}
# Print the integrated_sce object
integrated_sce
```

There are couple pieces of information here of interest:

- The `corrected` reduced dimension represents the batch-corrected PCA that `fastMNN` calculated.
- The `reconstructed` assay represents the batch-corrected normalized expression values, which `fastMNN` "back-calculated" from the batch-corrected PCA (`corrected`).
Generally speaking, these expression values are not stand-alone values that you should use for other applications like differential gene expression, as described in [_Orchestrating Single Cell Analyses_](http://bioconductor.org/books/3.16/OSCA.multisample/using-corrected-values.html).
If the `subset.row` argument is provided (as it was here), only genes present in `subset.row` will be included in these reconstructed expression values, but this setting can be overridden so that all genes have reconstructed expression with the argument `correct.all = TRUE`.

We're mostly interested in the PCA that `fastMNN` calculated, so let's save that information (with an informative and unique name) into our `merged_sce` object:

```{r fastmnn pcs, live = TRUE}
# Make a new reducedDim named fastmnn_PCA from the corrected reducedDim in integrated_sce
reducedDim(merged_sce, "fastmnn_PCA") <- reducedDim(integrated_sce, "corrected")
```

Finally, we'll calculate UMAP from these corrected PCA matrix for visualization.

```{r calculate fastmnn umap, live = TRUE}
# Calculate UMAP
merged_sce <- scater::runUMAP(
  merged_sce,
  dimred = "fastmnn_PCA",
  name = "fastmnn_UMAP"
)
```

First, let's plot the integrated UMAP highlighting the different batches.
A well-integrated dataset will show batch mixing, but a poorly-integrated dataset will show more separation among batches, similar to the uncorrected UMAP.
Note that this is a more qualitative way to assess the success of integration, but there are formal metrics one can use to assess batch mixing, which you can read more about in [this chapter of OSCA](http://bioconductor.org/books/3.16/OSCA.multisample/correction-diagnostics.html).

```{r plot fastmnn umap batches}
scater::plotReducedDim(merged_sce,
                       # plot the fastMNN coordinates
                       dimred = "fastmnn_UMAP",
                       # color by sample
                       colour_by = "sample",
                       # Some styling to help us see the points:
                       point_size = 0.5,
                       point_alpha = 0.2) +
  # Modify legend so they key is larger and easier to see
  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  # add plot title
  ggtitle("UMAP after integration with fastMNN")
```

This `fastmnn_UMAP` certainly looks different from the one we made from `merged_UMAP`!
What different trends do you see?
Do all samples look "equally well" integrated, from a first look?

Importantly, one reason that batches may still appear separated in the corrected UMAP is if they _should_ be separated - for example, maybe two batches contain very different cell types, have very different diagnoses, or may be from different patients.

Recall from earlier that we conveniently have cell type annotations in our SCEs, so we can explore those here!
Let's take a quick detour to see what kinds of cell types are in this data by making a barplot of the cell types across samples:

```{r explore celltypes}
# Cell types are in the `celltype_broad` and `celltype_fine` columns
merged_sce_df <- as.data.frame(colData(merged_sce))

# Use ggplot2 to make a barplot the cell types across samples
ggplot(merged_sce_df,
       aes(x = sample,
           fill = celltype_broad)) +
  # Barplot of celltype proportions
  geom_bar(position = "fill") +
  # Use a CVD-friendly color scheme
  scale_fill_brewer(palette = "Dark2", na.value = "grey80") +
  # nicer theme
  theme_bw()
```

We see that Tumor cell types are by far the most prevalent across all samples, and normal tissue cell types are not very common.
We see also that `SCPCL000481` has a larger `Tumor_Myocyte` population, while all other samples have larger `Tumor_Mesoderm` populations.
This difference _may_ explain why we observe that `SCPCL000481` is somewhat more separated from the other samples in the `fastMNN` UMAP.

Let's re-plot this UMAP to highlight cell types:


```{r plot fastmnn umap celltypes}
scater::plotReducedDim(merged_sce,
                       dimred = "fastmnn_UMAP",
                       # color by broad celltypes
                       colour_by = "celltype_broad",
                       point_size = 0.5,
                       point_alpha = 0.2) +
  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  ggtitle("UMAP after integration with fastMNN")
```

This UMAP shows that the normal tissue cell types (mostly vascular endothelium, muscle cells, and monocytes) tend to cluster together and are generally separated from the tumor cell types, which is an encouraging pattern!
Tumor cell types from different samples are all also clustering together, which is even more encouraging that we had successful integration.

However, it's a bit challenging to see all the points given the amount of overlap in the plot.
One way we can see all the points a bit better is to facet the plot by sample, using `facet_wrap()` from the `ggplot2` package (which we can do because `scater::plotReducedDim()` returns a `ggplot2` object):

```{r plot fastmnn umap celltypes faceted}
scater::plotReducedDim(merged_sce,
                       dimred = "fastmnn_UMAP",
                       colour_by = "celltype_broad",
                       point_size = 0.5,
                       point_alpha = 0.2,
                       # Allow for faceting by a variable using `other_fields`:
                       other_fields = "sample") +
  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  ggtitle("UMAP after integration with fastMNN") +
  # Facet by sample
  facet_wrap(vars(sample)) +
  # Use a theme with background grid to more easily compare panel coordinates
  theme_bw()
```

What trends do you observe between tumor and healthy tissues among these integrated samples?


### Integration with `harmony`

`fastMNN` is only one of many approaches to perform integration, and different methods have different capabilities and may give different results.
For example, some methods can accommodate additional covariates (e.g., technology, patient, diagnosis, etc.) that can influence integration.
In fact the data we are using has a known _patient_ covariate; `SCPCL000479` and `SCPCL000480` are from the first patient, and `SCPCL000481` and `SCPCL000482` are from the second patient.

So, let's perform integration with a method that can use this information - [`harmony`](https://portals.broadinstitute.org/harmony/)!

To begin setting up for `harmony` integration, we need to add explicit patient information into our merged SCE.
We'll create a new column `patient` whose value is either "A" or "B" depending on the given sample name, using the [`dplyr::case_when()`](https://dplyr.tidyverse.org/reference/case_when.html) function.
We provide this function with a set of logical expressions and each assigned value is designated by `~`.
The expressions are evaluated in order, stopping at the _first_ one that evaluates as `TRUE` and returning the associated value.

```{r add patient info}
# Create patient column with values "A" or "B" for the two patients
merged_sce$patient <- dplyr::case_when(
  merged_sce$sample %in% c("SCPCL000479", "SCPCL000480") ~ "A",
  merged_sce$sample %in% c("SCPCL000481", "SCPCL000482") ~ "B",
)
```


Unlike `fastMNN`, `harmony` does not calculate corrected expression values nor does it return an SCE object.
Like `fastMNN`, `harmony` performs integration on a merged PCA matrix.
However, unlike `fastMNN`, `harmony` does not "back-calculate" corrected expression from the corrected PCA matrix and it only returns the corrected PCA matrix itself.
For input, `harmony` needs a couple pieces of information:

- First, `harmony` can either take a matrix of normalized expression values, from which it will calculate a batch-weighted PCA matrix to integrate, or it can take a batch-weighted PCA matrix directly to perform integration.
Since we already calculated a batch-weighted PCA matrix (our `merged_PCA` reduced dimension), we'll provide this information directly.
  - We will need to specify the additional argument `do_pca=FALSE` to tell `harmony` that the input matrix we provided already is a PCA matrix.
- Second, we need to tell `harmony` about the covariates to use - `sample` and `patient`.
To do this, we provide two arguments:
  - `meta_data`, a data frame that contains covariates across samples.
  We can simply specify the SCE `colData` here since it contains `sample` and `patient` columns.
  - `vars_use`, a vector of which column names in `meta_data` should actually be used as covariates.
  Other columns in `meta_data` which are not in `vars_use` are ignored.

Let's go!

```{r run harmony, live = TRUE}
# integrate with harmony, setting the argument `do_pca = FALSE`
#  since we are providing a PCA matrix directly
harmony_pca <- harmony::HarmonyMatrix(
  data_mat = reducedDim(merged_sce, "merged_PCA"),
  do_pca = FALSE,
  meta_data = colData(merged_sce),
  vars_use = c("sample", "patient")
)
```

The result is a PCA matrix.
Let's print a subset of this matrix to see it:

```{r print harmony result, live = TRUE}
# Print the harmony result
harmony_pca[1:5, 1:5]
```

As we did with `fastMNN` results, let's store this PCA matrix directly in our `merged_sce` object with an informative name that won't overwrite any of the existing PCA matrices.
We'll also calculate UMAP from it.

```{r save harmony, live = TRUE}
# Store PCA as `harmony_PCA`
reducedDim(merged_sce, "harmony_PCA") <- harmony_pca

# As before, calculate UMAP on this PCA matrix with appropriate names
merged_sce <- scater::runUMAP(merged_sce,
                              dimred = "harmony_PCA",
                              name   = "harmony_UMAP")
```


Let's see how the `harmony` UMAP, colored by sample, looks compared to the `fastMNN` UMAP:

```{r plot harmony umap batches}
scater::plotReducedDim(merged_sce,
                       dimred = "harmony_UMAP",
                       colour_by = "sample",
                       point_size = 0.5,
                       point_alpha = 0.2) +
  ggtitle("UMAP after integration with harmony") +
  guides(colour = guide_legend(override.aes = list(size = 3, alpha = 1)))
```

How do you think this `harmony` UMAP compares to that from `fastMNN` integration?

Let's see how this UMAP looks colored by cell type, and faceted for visibility:

```{r plot harmony umap celltypes}
scater::plotReducedDim(merged_sce,
                       dimred = "harmony_UMAP",
                       colour_by = "celltype_broad",
                       point_size = 0.5,
                       point_alpha = 0.2,
                       # Specify variable for faceting
                       other_fields = "sample") +
  ggtitle("UMAP after integration with harmony") +
  guides(colour = guide_legend(override.aes = list(size = 3))) +
  facet_wrap(vars(sample))
```

With the faceted view, we can now see that the small amounts of `Tumor_Myocyte` from other samples are "pulled" towards those cells in `SCPCL000481`.

What other patterns do you see that are similar or different from the `fastMNN` UMAP?
How do you think `fastMNN` vs. `harmony` performed in integrating these samples?

### Export

Finally, we'll export the final SCE object with both `fastMNN` and `harmony` integration to a file.
Since this object is very large (over 1 GB!), we'll export it to a file with some compression, which, in this case, will reduce the final size to a smaller ~360 MB.
This will take a couple minutes to save while compression is performed.

```{r save integration, live = TRUE}
# Export to RDS file with "gz" compression
readr::write_rds(merged_sce,
                 integrated_sce_file,
                 compress = "gz")
```


## Print session info

As always, we'll print the session info to be transparent about what packages, and which versions, were used during this R session.

```{r sessioninfo}
sessionInfo()
```

+
---
title: "Integrating scRNA-seq datasets"
author: Data Lab for ALSF
date: 2023
output:
  html_notebook:
    toc: true
    toc_depth: 3
    toc_float: true
---

## Objectives

This notebook will demonstrate how to:

- Prepare SCE objects for integration
- Apply integration methods including `fastMNN` and `harmony`
- Visually explore the results of integration
- Use `purrr::map()` functions for iterating over lists

---

In this notebook, we'll perform integration on scRNA-seq datasets from the [Single-cell Pediatric Cancer Atlas (`ScPCA`)](https://scpca.alexslemonade.org/), a database of uniformly-processed pediatric scRNA-seq data built and maintained by the Data Lab.
The `ScPCA` database currently hosts single-cell pediatric cancer transcriptomic data generated by ALSF-funded labs, with the goal of making this data easily accessible to investigators (like you!).
The expression data in `ScPCA` were mapping and quantified with [`alevin-fry`](https://doi.org/10.1038/s41592-022-01408-3), followed by processing with Bioconductor tools using the same general procedures that we have covered in this workshop.
The processing pipeline used `emptyDropsCellRanger()` and `miQC` to filter the raw counts matrix, `scuttle` to log-normalize the counts, and `scater` for dimension reduction.
The processed data are stored as `.rds` files containing `SingleCellExperiment` objects.
You can read more about how data in the `ScPCA` is processed in [the associated documentation](https://scpca.readthedocs.io/en/latest/).


![Single-cell roadmap: Integration Overview](diagrams/roadmap_multi_merge-integrate.png)

To learn about integration, we'll have a look at four samples from the [`SCPCP000005` project](https://scpca.alexslemonade.org/projects/SCPCP000005) ([Patel _et al._ 2022](https://doi.org/10.1016/j.devcel.2022.04.003)), an investigation of pediatric solid tumors led by the [Dyer](https://www.stjude.org/research/labs/dyer-lab.html) and [Chen](https://www.stjude.org/research/labs/chen-lab-taosheng.html) labs at St. Jude Children's Research Hospital.
The particular libraries we'll integrate come from two rhabdomyosarcoma (RMS) patients, with two samples from each of two patients, all sequenced with 10x Chromium v3 technology.
Each library is from a separate biological sample.

We'll be integrating these samples with two different tools, [`fastMNN`](http://www.bioconductor.org/packages/3.16/bioc/html/batchelor.html) ([Haghverdi _et al._ 2018](https://doi.org/10.1038/nbt.4091)) and [`harmony`](https://portals.broadinstitute.org/harmony/) ([Korsunsky _et al._ 2019](https://doi.org/10.1038/s41592-019-0619-0)).
Integration corrects for batch effects that arise from different library preparations, genetic backgrounds, and other sample-specific factors, so that datasets can be jointly analyzed at the cell level.
`fastMNN` corrects for batch effects using a faster variant of the mutual-nearest neighbors algorithm, the technical details of which you can learn more about from this [vignette by Lun (2019)](https://marionilab.github.io/FurtherMNN2018/theory/description.html).
`harmony`, on the other hand, corrects for batch effects using an iterative clustering approach, and unlike `fastMNN`, it is also able to consider additional covariates beyond just the batch groupings.

Regardless of which integration tool is used, the `SingleCellExperiment` (SCE) objects first need to be reformatted and merged into a single (uncorrected!) SCE object that contains all cells from all samples.
This merged SCE can then be used for integration to obtain a formally batch-corrected SCE object.


## Set up

```{r setup}
# Load libraries
library(ggplot2)  # plotting tools
library(SingleCellExperiment) # work with SCE objects

# Set the seed for reproducibility
set.seed(12345)
```


### Directories and files


We have already prepared count data for the four samples we'll be integrating (i.e., filtered cells, normalized counts, and calculated PCA & UMAP).
These SCE objects, stored as RDS files, are available in the `data/rms/processed/` directory and are named according to their `ScPCA` library ids :

- `SCPCL000479.rds` (Patient A)
- `SCPCL000480.rds` (Patient A)
- `SCPCL000481.rds` (Patient B)
- `SCPCL000482.rds` (Patient B)

To begin, let's set up our directories and files:

```{r directories, live = TRUE}
# Define directory where processed SCE objects to be integrated are stored
input_dir <- file.path("data", "rms", "processed")

# Define directory to save integrated SCE object to
output_dir <- file.path("data", "rms", "integrated")

# Create output directory if it doesn't exist
fs::dir_create(output_dir)

# Define output file name for the integrated object
integrated_sce_file <- file.path(output_dir, "rms_integrated_subset.rds")
```


We can use the `dir()` function to list all contents of a given directory, for example to see all the files in our `input_dir`:

```{r input dir, live = TRUE}
dir(input_dir)
```

We want to read in just four of these files, as listed previously.
To read in these files, we could use the `readr::read_rds()` function (or the base R `readRDS()`) four times, once for each of the files.
We could also use a `for` loop, which is the approach that many programming languages would lean toward.
A different and more modular coding approach to reading in these files (and more!) is to leverage the [`purrr`](https://purrr.tidyverse.org/) `tidyverse` package, which provides a convenient set of functions for operating on lists.
You can read more about the `purrr` functions and their power and utility in R in [the "Functionals" chapter of the _Advanced R_ e-book](https://adv-r.hadley.nz/functionals.html).

Of particular interest is the [`purrr::map()`](https://purrr.tidyverse.org/reference/map.html) family of functions, which can be used to run a given function on each element of a list (or vector) in one call.
The general syntax for `purrr::map()` and friends is:

```
# Syntax for using the map function:
purrr::map(<input list or vector>,
           <function to apply to each item in the input>,
           <any additional arguments to the function can go here>,
           <and also here if there are even more arguments, and so on>)
```


The output from running `purrr::map()` is always a list (but note that there are other `purrr::map()` relatives which return other object types, as you can read about in [the `purrr::map()` documentation](https://purrr.tidyverse.org/reference/index.html)).
If this concept sounds a little familiar to you, that's because it probably is!
Base R's `lapply()` function can provide similar utility, and the `purrr::map()` family of functions can (in part) be thought of as an alternative to some of the base R `apply` functions, with more consistent behavior.

Let's see a very simple example of `purrr::map()` in action, inspired by cancer groups the Data Lab has analyzed through the [OpenPBTA](https://github.com/AlexsLemonade/OpenPBTA-analysis/) project:

```{r map example}
# Define a list of cancer histologies
histologies <- list(
  "low-grade gliomas"  = c("SEGA", "PA", "GNG", "PXA"),
  "high-grade gliomas" = c("DMG", "DIPG"),
  "embryonal tumors"   = c("MB", "ATRT", "ETMR")
 )

# The overall length of the list is 3
length(histologies)

# How can we run `length()` on each item of the list?
# We can use our new friend purrr::map():
purrr::map(histologies, length)
```

One other new coding strategy we'll learn in this notebook is using the [`glue`](https://glue.tidyverse.org/) package to combine strings.
This package offers a convenient function `glue::glue()` that can be used instead of the base R `paste()` function.

```{r paste}
# Define a variable for example:
org_name <- "Data Lab"

# We can use paste to combine strings and variables:
paste("Welcome to the", org_name, "workshop on Advanced scRNA-seq!")
```

We can use `glue::glue()` to accomplish the same goal with some different syntax:

```{r glue}
# glue::glue takes a single string argument (only one set of quotes!), and
#  variables can easily be included inside {curly braces}
glue::glue("Welcome to the {org_name} workshop on Advanced scRNA-seq!")
```

(Note that even though the `glue::glue()` output isn't in quotes, it still behaves like a string!)


Alright, time for the good stuff!
Let's use `purrr::map()` to read in our SCE objects so that they are immediately stored together in a list.


We'll first need to define a vector of the file paths to read in.
We'll start by creating a vector of sample names themselves and then formatting them into the correct paths.
This way (foreshadowing!) we also have a stand-alone vector of just sample names, which will come in handy!

```{r sample names}
# Vector of all the samples to read in:
sample_names <- c("SCPCL000479",
                  "SCPCL000480",
                  "SCPCL000481",
                  "SCPCL000482")
```


```{r define sce_paths, live = TRUE}
# Now, convert these to file paths: <input_dir>/<sample_name>.rds
sce_paths <- file.path(input_dir,
                       glue::glue("{sample_names}.rds")
)
# Print the sce_paths vector
sce_paths
```

We can now read these files in and create a list of four SCE objects.
Since `readr::read_rds()` can only operate on one input at a time, we'll need to use `purrr::map()` to run it on all input file paths in one command.
Although `sce_paths` is a vector (not a list), it will still work as input to `purrr:map()`.
The output from this code will still be a list, since that's what `purrr::map()` always returns.

```{r read sce paths, live = TRUE}
# Use purrr::map() to read all files into a list at once
sce_list <- purrr::map(
  sce_paths,
  readr::read_rds
)
```

Let's have a look at our list of SCE objects:

```{r print sce list, live=TRUE}
# Print sce_list
sce_list
```

We now have a list of length four, where each item is a processed SCE object!
However, we'll need to keep track of which sample each item is, so it's helpful to add _names_ to this list representing the relevant sample names.

```{r add list names, live = TRUE}
# Assign the sample names as the names for sce_list
names(sce_list) <- sample_names
```

```{r print named list, live=TRUE}
# Print the list to see it with names
sce_list
```

If you look closely at the printed SCE objects, you may notice that they all contain `colData` table columns `celltype_fine` and `celltype_broad`.
These columns (which we added to SCE objects during [pre-processing](https://github.com/AlexsLemonade/training-modules/tree/master/scRNA-seq-advanced/setup/rms)) contain putative _cell type annotations_ as assigned in [Patel _et al._ (2022)](https://doi.org/10.1016/j.devcel.2022.04.003).
We will end up leveraging these cell type annotations to explore how successful our integration is; after integration, we expect cell types from different samples to group together, rather than being separated by batches.

That said, the integration methods we will be applying _do not actually use_ these cell type annotations.
If we have annotations, they are a helpful "bonus" for assessing the integration's success, but they are not part of the integration itself.


## Prepare the SCE list for integration

![Single-cell roadmap: Merge](diagrams/roadmap_multi_merge.png)


Now that we have a list of processed SCE objects, we need to merge the objects into one overall SCE object for input to integration.
A word of caution before we begin: **This merged SCE object is NOT an integrated SCE!**
Merging SCEs does not perform any batch correction, but just reorganizes the data to allow us to proceed to integration next.

To merge SCE objects, we do need to do some wrangling and bookkeeping to ensure compatibility and that we don't lose important information.
Overall we'll want to take care of these items:

1. We should be able to trace sample-specific information back to the originating sample, including...
    - Cell-level information: Which sample is each cell from?
    - Library-specific feature statistics, e.g., gene-level statistics for a given library found in `rowData`.
    Which sample is a given feature statistic from?
2. SCE objects should contain the same genes: Each SCE object should have the same row names.
3. SCE cell metadata columns should match: The `colData` for each SCE object should have the same column names.


We'll begin by taking some time to thoroughly explore our SCE objects and figure out what wrangling steps we need to take for these specific data.
Don't skip this exploration!
Bear in mind that the exact wrangling shown here will not be the same for other SCE objects you work with, but the same general principles apply.


#### Preserving sample information at the cell level

How will we be able to tell which sample a given cell came from?

The best way to do this is simply to add a `colData` column with the sample information, so that we can know which sample each row came from.

In addition, we want to pay some attention to the SCE object's column names (the cell ids), which must remain unique after merging since duplicate ids will cause an R error.
In this case, the SCE column names are barcodes (which is usually but not always the case in SCE objects), which are only guaranteed to be unique _within_ a sample but may be repeated across samples.
So, after merging, it's technically possible that multiple cells will have the same barcode.
This would be a problem for two reasons:
First, the cell id would not be able to point us back to cell's originating sample.
Second, it would literally cause an error in R, which does not allow duplicate column names.


One way to ensure that cell ids remain unique even after merging is to actually modify them by _prepending_ the relevant sample name.
For example, consider these barcodes for the `SCPCL000479` sample:

```{r barcodes}
# Look at the column names for the `SCPCL000479` sample, for example
colnames(sce_list$SCPCL000479) |>
  # Only print out the first 6 for convenience
  head()
```

These ids will be updated to `SCPCL000479-GGGACCTCAAGCGGAT`, `SCPCL000479-CACAGATAGTGAGTGC`, and so on, thereby ensuring fully unique ids for all cells across all samples.

#### Preserving sample information at the gene level

The `rowData` table in SCE objects will often contain both "general" and "library-specific" information, for example:

```{r rowdata}
rowData(sce_list$SCPCL000479) |>
  head()
```

Here, the rownames are Ensembl gene ids, and columns are `gene_symbol`, `mean`, and `detected`.
The `gene_symbol` column is general information about all genes, not specific to any library or experiment, but `mean` and `detected` are library-specific gene statistics.
So, `gene_symbol` does not need to be traced back to its originating sample, but `mean` and `detected` do.
To this end, we can take a similar approach to what we'll do for cell ids:
We can change the sample-specific `rowData` column names by prepending the sample name.
For example, rather than being called `mean`, this column will be named `SCPCL000479-mean` for the `SCPCL000479` sample.

All our SCE objects have the same `rowData` columns (as we can see in the next chunk), so we'll perform this renaming across all SCEs.

```{r compare rowdata, live = TRUE}
# Use `purrr::map()` to quickly extract rowData column names for all SCEs
purrr::map(sce_list,
           \(x) colnames(rowData(x)))
```


#### Ensuring that only shared genes are used

The next step in ensuring SCE compatibility is to make sure they all contain the same genes, which are stored as the SCE object's row names (these names are also found the `rowData` slot's row names).
Here, those gene ids are unique Ensembl gene ids.

We can use some `purrr` magic to quickly find the set of shared genes among our samples:

```{r shared genes}
# Define vector of shared genes
shared_genes <- sce_list |>
  # get rownames (genes) for each SCE in sce_list
  purrr::map(rownames) |>
  # reduce to the _intersection_ among lists
  purrr::reduce(intersect)
```

```{r print shared genes, live = TRUE}
# Use head to look at the vector of shared genes:
head(shared_genes)
```

In this case, we happen to know that all SCE objects we're working with already contained the same genes.
We do a quick-and-dirty check for this by looking at the number of rows across SCE objects, and we'll see that they are all the same:

```{r check shared genes, live = TRUE}
# The number of genes in an SCE corresponds to its number of rows:
sce_list |>
  purrr::map(nrow)
```

So, for our data, we will not have to subset to shared genes since they are already shared!

#### Ensuring matching columns in `colData`

Finally, we'll need to have the same column names across all SCE `colData` tables, so let's look at all those column names.
We can use similar syntax here to what we used to look at all the `rowData` column names.

```{r compare coldata}
purrr::map(sce_list,
           \(x) colnames(colData(x)) )
```

It looks like the column names are all already matching among SCEs, so there's no specific preparation we'll need to do there.

### Perform SCE merging

As you can see, there's a lot of moving parts to consider!
Again, these moving parts may (will!) differ for SCEs that you are working with, so you have to explore your own SCEs in depth to prepare for merging.

Based on our exploration, here is a schematic of how one of the SCE objects will ultimately be modified into the final merged SCE:

![](diagrams/technical_merge_sce.png)


We'll write a _custom function_ (seen in the chunk below) tailored to our wrangling steps that prepares a single SCE object for merging.
We'll then use our new `purrr::map()` programming skills to run this function over the `sce_list`.
This will give us a new list of formatted SCEs that we can proceed to merge.
It's important to remember that the `format_sce()` function written below is not a function for general use – it's been precisely written to match the processing we need to do for _these_ SCEs, and different SCEs you work with will require different types of processing.

```{r format_sce function}
format_sce <- function(sce, sample_name) {
  # Input arguments:
  ## sce: An SCE object to format
  ## sample_name: The SCE object's name
  # This function returns a formatted SCE object.

  ###### Ensure that we can identify the originating sample information ######
  # Add a column called `sample` that stores this information
  # This will be stored in `colData`
  sce$sample <- sample_name


  ###### Ensure cell ids will be unique ######
  # Update the SCE object column names (cell ids) by prepending `sample_name`
  colnames(sce) <- glue::glue("{sample_name}-{colnames(sce)}")


  ###### Ensure gene-level statistics can be identified in `rowData` ######
  # We want to rename the columns `mean` and `detected` to contain the `sample_name`
  # Recall the names are: "gene_symbol", "mean", "detected"
  colnames(rowData(sce)) <- c("gene_symbol",
                              glue::glue("{sample_name}-mean"),
                              glue::glue("{sample_name}-detected"))

  # Return the formatted SCE object
  return(sce)
}
```

To run this function, we'll use the `purrr::map2()` function, a relative of `purrr::map()` that allows you to loop over _two_ input lists/vectors.
In our case, we want to run `format_sce()` over paired `sce_list` items and `sce_list` names.

```{r format sces for merge, live = TRUE}
# We can use `purrr::map2()` to loop over two list/vector arguments
sce_list_formatted <- purrr::map2(
  # Each "iteration" will march down the first two
  #  arguments `sce_list` and `names(sce_list)` in order
  sce_list,
  names(sce_list),
  # Name of the function to run
  format_sce
)

# Print resulting list
sce_list_formatted
```

(Psst, like `purrr` and want to dive deeper? Check out [the `purrr::imap()` function](https://purrr.tidyverse.org/reference/imap.html)!)


At long last, we are ready to merge the SCEs, which we'll do using the R function `cbind()`.
The `cbind()` function is often used to combine data frames or matrices by column, i.e. "stack" them next to each other.
The same principle applies here, but when run on SCE objects, `cbind()` will create a new SCE object by combining `counts` and `logcounts` matrices by column.
Following that structure, other SCE slots (`colData`, `rowData`, reduced dimensions, and other metadata) are combined appropriately.

Since we need to apply `cbind()` to a _list_ of objects, we need to use some slightly-gnarly syntax: We'll use the function `do.call()`, which allows the `cbind()` input to be a list of objects to combine.

```{r merges sces, live = TRUE}
# Merge SCE objects
merged_sce <- do.call(cbind, sce_list_formatted)

# Print the merged_sce object
merged_sce
```

We now have a single SCE object that contains all cells from all samples we'd like to integrate.

Let's take a peek at some of the innards of this new SCE object:

```{r explore merged_sce, live = TRUE}
# What are the unique values in the `sample` column?
unique( colData(merged_sce)$sample )

# What are the new cell ids (column names)?
head( colnames(merged_sce) )

# What does rowData look like?
head( rowData(merged_sce) )
```


## Integration

![Single-cell roadmap: Integrate](diagrams/roadmap_multi_integrate.png)


So far, we've created a `merged_sce` object which is (almost!) ready for integration.

The integration methods we'll be using here actually perform batch correction on a reduced dimension representation of the normalized gene expression values, which is more efficient.
`fastMNN` and `harmony` specifically use PCA for this, but be aware that different integration methods may use other kinds of reduced dimensions.

You'll notice that the merged SCE object object already contains PCA and UMAP reduced dimensions, which were calculated during our pre-processing:

```{r merged_sce reddim, live = TRUE}
# Print the reducedDimNames of the merged_sce
reducedDimNames(merged_sce)
```

These represent the original dimension reductions that were performed on _each individual SCE_ before merging, but we actually need to calculate PCA (and UMAP for visualization) from the merged object directly.

Why can't we use the sample-specific PCA and UMAP matrices?
Part of these calculations themselves involves scaling the raw data to center the mean.
When samples are separately centered but plotting together, you will see samples "overlapping" in space, but this placement is actually just an artifact of the individual centering.
In addition, the mathematical relationship between the original expression data and reduced dimension version of that data will differ across samples, meaning we can't interpret them all together.
To see how this looks, let's look at the UMAP when calculated from individual samples:

```{r plot individual UMAPs, live = TRUE}
# Plot UMAP calculated from individual samples with separate scaling
scater::plotReducedDim(merged_sce,
                       dimred = "UMAP",
                       color_by = "sample",
                       point_size = 0.5,
                       point_alpha = 0.2) +
  scale_color_brewer(palette = "Dark2", name = "sample") + # Use a CVD-friendly color scheme and specify legend name
  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) + # Modify the legend key with larger, easier to see points
  ggtitle("UMAP calculated on each sample separately")

```


As we see in this UMAP, all samples are centered at zero and all overlapping.
This visual artifact can give the _incorrect impression_ that data is integrated - to be clear, this data is NOT integrated!

For input to integration, we'll want the reduced dimension calculations to consider normalized gene expression values from all samples simultaneously.
So we'll need to recalculate PCA (and UMAP for visualization) on the merged object.
We'll also save these new reduced dimensions with different names, `merged_PCA` and `merged_UMAP`, to distinguish them from already-present `PCA` and `UMAP`.

First, as usual, we'll determine the high-variance genes to use for PCA from the `merged_sce` object.
For this, we'll need to provide the argument `block = merged_sce$sample` when modeling gene variance, which tells `scran::modelGeneVar()` to first model variance separately for each batch and then combine those modeling statistics.

```{r calc merged hv genes}
# Specify the number of genes to identify
num_genes <- 2000

# Calculate variation for each gene
gene_variance <- scran::modelGeneVar(merged_sce,
                                     # specify the grouping column:
                                     block = merged_sce$sample)

# Get the top `num_genes` high-variance genes to use for dimension reduction
hv_genes <- scran::getTopHVGs(gene_variance,
                              n = num_genes)
```

To calculate the PCA matrix itself, we'll use an approach from the `batchelor` package, which is the R package that contains the `fastMNN` method.
The [`batchelor::multiBatchPCA()`](https://rdrr.io/bioc/batchelor/man/multiBatchPCA.html) function calculates a batch-weighted PCA matrix.
This weighting ensures that all batches, which may have very different numbers of cells, contribute equally to the overall scaling.

```{r make merged_pca, live = TRUE}
# Use batchelor to calculate PCA for merged_sce, considering only
#  the high-variance genes
# We'll need to include the argument `preserve.single = TRUE` to get
#  a single matrix with all samples and not separate matrices for each sample
merged_pca <- batchelor::multiBatchPCA(merged_sce,
                                       subset.row = hv_genes,
                                       batch = merged_sce$sample,
                                       preserve.single = TRUE)
```

Let's have a look at the output:
```{r print merged_pca, live = TRUE}
# This output is not very interesting!
merged_pca
```

We can use indexing `[[1]]` to see the PCA matrix calculated, looking at a small subset for convenience:

```{r print merged_pca indexed, live = TRUE}
merged_pca[[1]][1:5,1:5]
```

We can now include this PCA matrix in our `merged_sce` object:

```{r add merged_pca, live = TRUE}
# add PCA results to merged SCE object
reducedDim(merged_sce, "merged_PCA") <- merged_pca[[1]]
```

Now that we have the PCA matrix, we can proceed to calculate UMAP to visualize the uncorrected merged data.

We'll calculate UMAP as "usual", but in this case we'll specify two additional arguments:

- `dimred = "merged_PCA"`, which specifies which existing reduced dimension should be used for the calculation.
We want to use the batch-weighted PCA, which we named above as `"merged_PCA"`.
- `name = "merged_UMAP"`, which names the final UMAP that this function calculates.
This argument will prevent us from overwriting the existing UMAP which is already named "UMAP" and instead create a separate `"merged_UMAP"`.

```{r calculate merged umap, live = TRUE}
# add merged_UMAP from merged_PCA
merged_sce <- scater::runUMAP(merged_sce,
                              dimred = "merged_PCA",
                              name = "merged_UMAP")
```

Now, let's see how this new `merged_UMAP` looks compared to the `UMAP` calculated from individual samples:

```{r plot uncorrected merged UMAP}
# UMAPs scaled together when calculated from the merged SCE
scater::plotReducedDim(merged_sce,
                       dimred = "merged_UMAP",
                       color_by = "sample",
                       # Some styling to help us see the points:
                       point_size = 0.5,
                       point_alpha = 0.2) +
  scale_color_brewer(palette = "Dark2", name = "sample") +
  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  ggtitle("UMAP calculated on merged_sce")
```

Samples are now separated, which more reasonably reflects that this data is _not yet batch-corrected_.
We can think of this UMAP as our "before" UMAP, and we can compare this to the "after" UMAP we see post-integration.

Let's discuss a little first: What visual differences do you think the UMAP on the integrated version of data will have?
What similarities do you think the integrated UMAP will have to this plot?


### Integration with `fastMNN`

Finally, we're ready to integrate!
To start, we'll use the `fastMNN` approach from the Bioconductor [`batchelor` package](http://www.bioconductor.org/packages/3.16/bioc/html/batchelor.html).

`fastMNN` takes as input the `merged_sce` object to integrate, and the first step it performs is actually to run `batchelor::multiBatchPCA()` on that SCE.
It then uses that batch-weighted PCA matrix to perform the actual batch correction.
The `batch` argument is used to specify the different groupings within the `merged_sce` (i.e. the original sample that each cell belongs to), and the `subset.row` argument can optionally be used to provide a vector of high-variance genes that should be considered for this PCA calculation.
`fastMNN` will return an SCE object that contains a batch-corrected PCA.
Let's run it and save the result to a variable called `integrated_sce`.


```{r run fastmnn, live = TRUE}
# integrate with fastMNN, again specifying only our high-variance genes
integrated_sce <- batchelor::fastMNN(
  merged_sce,
  batch = merged_sce$sample,
  subset.row = hv_genes
)
```

Let's have a look at the result:

```{r fastmnn result, live = TRUE}
# Print the integrated_sce object
integrated_sce
```

There are couple pieces of information here of interest:

- The `corrected` reduced dimension represents the batch-corrected PCA that `fastMNN` calculated.
- The `reconstructed` assay represents the batch-corrected normalized expression values, which `fastMNN` "back-calculated" from the batch-corrected PCA (`corrected`).
Generally speaking, these expression values are not stand-alone values that you should use for other applications like differential gene expression, as described in [_Orchestrating Single Cell Analyses_](http://bioconductor.org/books/3.16/OSCA.multisample/using-corrected-values.html).
If the `subset.row` argument is provided (as it was here), only genes present in `subset.row` will be included in these reconstructed expression values, but this setting can be overridden so that all genes have reconstructed expression with the argument `correct.all = TRUE`.

We're mostly interested in the PCA that `fastMNN` calculated, so let's save that information (with an informative and unique name) into our `merged_sce` object:

```{r fastmnn pcs, live = TRUE}
# Make a new reducedDim named fastmnn_PCA from the corrected reducedDim in integrated_sce
reducedDim(merged_sce, "fastmnn_PCA") <- reducedDim(integrated_sce, "corrected")
```

Finally, we'll calculate UMAP from these corrected PCA matrix for visualization.

```{r calculate fastmnn umap, live = TRUE}
# Calculate UMAP
merged_sce <- scater::runUMAP(
  merged_sce,
  dimred = "fastmnn_PCA",
  name = "fastmnn_UMAP"
)
```

First, let's plot the integrated UMAP highlighting the different batches.
A well-integrated dataset will show batch mixing, but a poorly-integrated dataset will show more separation among batches, similar to the uncorrected UMAP.
Note that this is a more qualitative way to assess the success of integration, but there are formal metrics one can use to assess batch mixing, which you can read more about in [this chapter of OSCA](http://bioconductor.org/books/3.16/OSCA.multisample/correction-diagnostics.html).

```{r plot fastmnn umap batches}
scater::plotReducedDim(merged_sce,
                       # plot the fastMNN coordinates
                       dimred = "fastmnn_UMAP",
                       # color by sample
                       color_by = "sample",
                       # Some styling to help us see the points:
                       point_size = 0.5,
                       point_alpha = 0.2) +
  scale_color_brewer(palette = "Dark2", name = "sample") +
  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  ggtitle("UMAP after integration with fastMNN")
```

This `fastmnn_UMAP` certainly looks different from the one we made from `merged_UMAP`!
What different trends do you see?
Do all samples look "equally well" integrated, from a first look?

Importantly, one reason that batches may still appear separated in the corrected UMAP is if they _should_ be separated - for example, maybe two batches contain very different cell types, have very different diagnoses, or may be from different patients.

Recall from earlier that we conveniently have cell type annotations in our SCEs, so we can explore those here!
Let's take a quick detour to see what kinds of cell types are in this data by making a barplot of the cell types across samples:

```{r explore celltypes}
# Cell types are in the `celltype_broad` and `celltype_fine` columns
merged_sce_df <- as.data.frame(colData(merged_sce))

# Use ggplot2 to make a barplot the cell types across samples
ggplot(merged_sce_df,
       aes(x = sample,
           fill = celltype_broad)) +
  # Barplot of celltype proportions
  geom_bar(position = "fill") +
  # Use a CVD-friendly color scheme
  scale_fill_brewer(palette = "Dark2", na.value = "grey80") +
  # nicer theme
  theme_bw()
```

We see that Tumor cell types are by far the most prevalent across all samples, and normal tissue cell types are not very common.
We see also that `SCPCL000481` has a larger `Tumor_Myocyte` population, while all other samples have larger `Tumor_Mesoderm` populations.
This difference _may_ explain why we observe that `SCPCL000481` is somewhat more separated from the other samples in the `fastMNN` UMAP.

Let's re-plot this UMAP to highlight cell types:


```{r plot fastmnn umap celltypes}
scater::plotReducedDim(merged_sce,
                       dimred = "fastmnn_UMAP",
                       # color by broad celltypes
                       color_by = "celltype_broad",
                       point_size = 0.5,
                       point_alpha = 0.2) +
  # include argument to specify color of NA values
  scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") +
  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  ggtitle("UMAP after integration with fastMNN")
```

This UMAP shows that the normal tissue cell types (mostly vascular endothelium, muscle cells, and monocytes) tend to cluster together and are generally separated from the tumor cell types, which is an encouraging pattern!
Tumor cell types from different samples are all also clustering together, which is even more encouraging that we had successful integration.

However, it's a bit challenging to see all the points given the amount of overlap in the plot.
One way we can see all the points a bit better is to facet the plot by sample, using `facet_wrap()` from the `ggplot2` package (which we can do because `scater::plotReducedDim()` returns a `ggplot2` object):

```{r plot fastmnn umap celltypes faceted}
scater::plotReducedDim(merged_sce,
                       dimred = "fastmnn_UMAP",
                       color_by = "celltype_broad",
                       point_size = 0.5,
                       point_alpha = 0.2,
                       # Allow for faceting by a variable using `other_fields`:
                       other_fields = "sample") +
  scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") +
  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  ggtitle("UMAP after integration with fastMNN") +
  # Facet by sample
  facet_wrap(vars(sample)) +
  # Use a theme with background grid to more easily compare panel coordinates
  theme_bw()
```

What trends do you observe between tumor and healthy tissues among these integrated samples?


### Integration with `harmony`

`fastMNN` is only one of many approaches to perform integration, and different methods have different capabilities and may give different results.
For example, some methods can accommodate additional covariates (e.g., technology, patient, diagnosis, etc.) that can influence integration.
In fact the data we are using has a known _patient_ covariate; `SCPCL000479` and `SCPCL000480` are from the first patient, and `SCPCL000481` and `SCPCL000482` are from the second patient.

So, let's perform integration with a method that can use this information - [`harmony`](https://portals.broadinstitute.org/harmony/)!

To begin setting up for `harmony` integration, we need to add explicit patient information into our merged SCE.
We'll create a new column `patient` whose value is either "A" or "B" depending on the given sample name, using the [`dplyr::case_when()`](https://dplyr.tidyverse.org/reference/case_when.html) function.
We provide this function with a set of logical expressions and each assigned value is designated by `~`.
The expressions are evaluated in order, stopping at the _first_ one that evaluates as `TRUE` and returning the associated value.

```{r add patient info}
# Create patient column with values "A" or "B" for the two patients
merged_sce$patient <- dplyr::case_when(
  merged_sce$sample %in% c("SCPCL000479", "SCPCL000480") ~ "A",
  merged_sce$sample %in% c("SCPCL000481", "SCPCL000482") ~ "B",
)
```


Unlike `fastMNN`, `harmony` does not calculate corrected expression values nor does it return an SCE object.
Like `fastMNN`, `harmony` performs integration on a merged PCA matrix.
However, unlike `fastMNN`, `harmony` does not "back-calculate" corrected expression from the corrected PCA matrix and it only returns the corrected PCA matrix itself.
For input, `harmony` needs a couple pieces of information:

- First, `harmony` can either take a matrix of normalized expression values, from which it will calculate a batch-weighted PCA matrix to integrate, or it can take a batch-weighted PCA matrix directly to perform integration.
Since we already calculated a batch-weighted PCA matrix (our `merged_PCA` reduced dimension), we'll provide this information directly.
  - We will need to specify the additional argument `do_pca=FALSE` to tell `harmony` that the input matrix we provided already is a PCA matrix.
- Second, we need to tell `harmony` about the covariates to use - `sample` and `patient`.
To do this, we provide two arguments:
  - `meta_data`, a data frame that contains covariates across samples.
  We can simply specify the SCE `colData` here since it contains `sample` and `patient` columns.
  - `vars_use`, a vector of which column names in `meta_data` should actually be used as covariates.
  Other columns in `meta_data` which are not in `vars_use` are ignored.

Let's go!

```{r run harmony, live = TRUE}
# integrate with harmony, setting the argument `do_pca = FALSE`
#  since we are providing a PCA matrix directly
harmony_pca <- harmony::HarmonyMatrix(
  data_mat = reducedDim(merged_sce, "merged_PCA"),
  do_pca = FALSE,
  meta_data = colData(merged_sce),
  vars_use = c("sample", "patient")
)
```

The result is a PCA matrix.
Let's print a subset of this matrix to see it:

```{r print harmony result, live = TRUE}
# Print the harmony result
harmony_pca[1:5, 1:5]
```

As we did with `fastMNN` results, let's store this PCA matrix directly in our `merged_sce` object with an informative name that won't overwrite any of the existing PCA matrices.
We'll also calculate UMAP from it.

```{r save harmony, live = TRUE}
# Store PCA as `harmony_PCA`
reducedDim(merged_sce, "harmony_PCA") <- harmony_pca

# As before, calculate UMAP on this PCA matrix with appropriate names
merged_sce <- scater::runUMAP(merged_sce,
                              dimred = "harmony_PCA",
                              name   = "harmony_UMAP")
```


Let's see how the `harmony` UMAP, colored by sample, looks compared to the `fastMNN` UMAP:

```{r plot harmony umap batches}
scater::plotReducedDim(merged_sce,
                       dimred = "harmony_UMAP",
                       color_by = "sample",
                       point_size = 0.5,
                       point_alpha = 0.2) +
  scale_color_brewer(palette = "Dark2", name = "sample") +
  guides(color = guide_legend(override.aes = list(size = 3, alpha = 1))) +
  ggtitle("UMAP after integration with harmony")
```

How do you think this `harmony` UMAP compares to that from `fastMNN` integration?

Let's see how this UMAP looks colored by cell type, and faceted for visibility:

```{r plot harmony umap celltypes}
scater::plotReducedDim(merged_sce,
                       dimred = "harmony_UMAP",
                       color_by = "celltype_broad",
                       point_size = 0.5,
                       point_alpha = 0.2,
                       # Specify variable for faceting
                       other_fields = "sample") +
  scale_color_brewer(palette = "Dark2", name = "Broad celltype", na.value = "grey80") +
  guides(color = guide_legend(override.aes = list(size = 3))) +
  ggtitle("UMAP after integration with harmony") +
  facet_wrap(vars(sample))
```

What do you now notice in this faceted view that wasn't clear previously?
Are there other patterns you see that are similar or different from the `fastMNN` UMAP?
How do you think `fastMNN` vs. `harmony` performed in integrating these samples?

### Export

Finally, we'll export the final SCE object with both `fastMNN` and `harmony` integration to a file.
Since this object is very large (over 1 GB!), we'll export it to a file with some compression, which, in this case, will reduce the final size to a smaller ~360 MB.
This will take a couple minutes to save while compression is performed.

```{r save integration, live = TRUE}
# Export to RDS file with "gz" compression
readr::write_rds(merged_sce,
                 integrated_sce_file,
                 compress = "gz")
```


## Print session info

As always, we'll print the session info to be transparent about what packages, and which versions, were used during this R session.

```{r sessioninfo}
sessionInfo()
```

diff --git a/scRNA-seq-advanced/03-differential_expression-live.Rmd b/scRNA-seq-advanced/03-differential_expression-live.Rmd index 485227ad..ad6033ae 100644 --- a/scRNA-seq-advanced/03-differential_expression-live.Rmd +++ b/scRNA-seq-advanced/03-differential_expression-live.Rmd @@ -26,7 +26,7 @@ In this notebook, we will work with multiple samples to identify differentially ![Single-cell roadmap: Differential expression](diagrams/roadmap_differential_expression.png) We will continue working with samples from the [`SCPCP000005` project](https://scpca.alexslemonade.org/projects/SCPCP000005), an investigation of pediatric solid tumors led by the Dyer and Chen labs at St. Jude Children's Research Hospital. -This particular dataset contains 10 different samples that have been integrated using `fastMNN`, following the same procedure we outlined in `03-dataset_integration.Rmd`. +This particular dataset contains 10 different samples that have been integrated using `fastMNN`, following the same procedure we outlined in `02-dataset_integration.Rmd`. These 10 samples represent two different types of rhabdomyosarcoma (RMS): embryonal rhabdomyosarcoma (ERMS) and alveolar rhabdomyosarcoma (ARMS). These two subtypes are distinguished by the presence of the `PAX3/PAX7-FOXO1` fusion gene, which is present only in ARMS patients. Additionally, cells found in ARMS tumors tend to have an increased mutational burden with cells in a more differentiated state compared to ERMS tumor cells ([Shern _et al._ 2014](https://doi.org/10.1158/2159-8290.CD-13-0639); [Stewart _et al._ 2018](https://doi.org/10.1016/j.ccell.2018.07.012)). @@ -79,9 +79,7 @@ sample_metadata_file <- file.path(data_dir, # directory to store output deseq_dir <- file.path("analysis", "rms", "deseq") -if(!dir.exists(deseq_dir)){ - dir.create(deseq_dir, recursive = TRUE) -} +fs::dir_create(deseq_dir) # results file to output from DE analysis deseq_output_file <- file.path(deseq_dir, @@ -223,7 +221,7 @@ The samples which could be further classified have a mix of `Tumor_Mesoderm`, `T scater::plotReducedDim(integrated_sce, dimred = "fastmnn_UMAP", # color each point by cell type - colour_by = "celltype_broad", + color_by = "celltype_broad", point_size= 0.5, point_alpha = 0.4) ``` @@ -267,6 +265,7 @@ ggplot(tumor_cells_df, aes(x = sample, fill = celltype_broad)) + y = "Proportion of cells", fill = "Cell type" ) + + scale_fill_brewer(palette = "Dark2") + theme_bw() + theme(axis.text.x = element_text(angle = 90, vjust = 0.5))+ # facet by diagnosis group @@ -694,7 +693,7 @@ scater::plotExpression(tumor_sce, # a vector of genes to plot features = genes_to_plot, x = "diagnosis_group", - colour_by = "diagnosis_group", + color_by = "diagnosis_group", other_fields = "celltype_broad", point_size = 0.1) + # each celltype is its own column @@ -703,7 +702,7 @@ scater::plotExpression(tumor_sce, rows = vars(Feature)) + # change the font size of the facet labels theme(strip.text = element_text(size = 7)) + - guides(colour = guide_legend( + guides(color = guide_legend( title = "Subtype", # update the legend title # change the size of the legend colors override.aes = list(size = 3, alpha = 1)) diff --git a/scRNA-seq-advanced/03-differential_expression.nb.html b/scRNA-seq-advanced/03-differential_expression.nb.html index 19ee419c..f484865b 100644 --- a/scRNA-seq-advanced/03-differential_expression.nb.html +++ b/scRNA-seq-advanced/03-differential_expression.nb.html @@ -2919,7 +2919,7 @@

Objectives

and Chen labs at St. Jude Children’s Research Hospital. This particular dataset contains 10 different samples that have been integrated using fastMNN, following the same procedure we outlined in -03-dataset_integration.Rmd. These 10 samples represent two +02-dataset_integration.Rmd. These 10 samples represent two different types of rhabdomyosarcoma (RMS): embryonal rhabdomyosarcoma (ERMS) and alveolar rhabdomyosarcoma (ARMS). These two subtypes are distinguished by the presence of the PAX3/PAX7-FOXO1 fusion @@ -2979,7 +2979,7 @@

Directories and files

To begin, let’s set up our directories and files:

- +
# set up file paths 
 # data directory for RMS data
 data_dir <- file.path("data", "rms")
@@ -2996,9 +2996,7 @@ 

Directories and files

# directory to store output deseq_dir <- file.path("analysis", "rms", "deseq") -if(!dir.exists(deseq_dir)){ - dir.create(deseq_dir, recursive = TRUE) -} +fs::dir_create(deseq_dir) # results file to output from DE analysis deseq_output_file <- file.path(deseq_dir, @@ -3232,11 +3230,11 @@

Plotting with annotations

multiple libraries or samples.

- +
# UMAP of all samples, separating by diagnosis group
 scater::plotReducedDim(integrated_sce,
                        dimred = "fastmnn_UMAP",
-                       colour_by = "diagnosis_group",
+                       color_by = "diagnosis_group",
                        point_size= 0.5,
                        point_alpha = 0.2) 
@@ -3264,12 +3262,12 @@

Plotting with annotations

Tumor_Myocyte.

- +
# UMAP of all samples labeled by cell type
 scater::plotReducedDim(integrated_sce,
                        dimred = "fastmnn_UMAP",
                        # color each point by cell type
-                       colour_by = "celltype_broad",
+                       color_by = "celltype_broad",
                        point_size= 0.5, 
                        point_alpha = 0.4)
@@ -3298,13 +3296,13 @@

Plotting with annotations

be in their own plot panel.

- +
# UMAP of all samples
 # separating by diagnosis group and labeling cell type
 scater::plotReducedDim(integrated_sce,
                        dimred = "fastmnn_UMAP",
                        # color each point by cell type
-                       colour_by = "celltype_broad",
+                       color_by = "celltype_broad",
                        point_size= 0.5, 
                        point_alpha = 0.4,
                        # tell scater to use diagnosis_group for plotting
@@ -3324,7 +3322,7 @@ 

Plotting with annotations

first.

- +
# filter coldata to only include tumor cells
 tumor_cells_df <- coldata_df |>
   # find rows where the cell type name contains the string "Tumor"
@@ -3338,6 +3336,7 @@ 

Plotting with annotations

y = "Proportion of cells", fill = "Cell type" ) + + scale_fill_brewer(palette = "Dark2") + theme_bw() + theme(axis.text.x = element_text(angle = 90, vjust = 0.5))+ # facet by diagnosis group @@ -3354,7 +3353,7 @@

Plotting with annotations

generated.
-

+

@@ -4050,7 +4049,7 @@

Exploring the identified differentially expressed genes

increasing max.overlaps
-

+

@@ -4066,14 +4065,14 @@

Exploring the identified differentially expressed genes

interest on a single-cell level.

- +
# filter to just myoblast cells and remove any NA's before plotting
 myoblast_combined_sce <- rms_sce[, which(rms_sce$celltype_broad == "Tumor_Myoblast")]
 
 # plot PTPRT (ENSG00000196090) expression in ARMS vs. ERMS
 scater::plotReducedDim(myoblast_combined_sce,
                        dimred = "fastmnn_UMAP",
-                       colour_by = "ENSG00000196090", #PTPRT
+                       color_by = "ENSG00000196090", #PTPRT
                        point_size= 0.5,
                        point_alpha = 0.4,
                        other_fields = "diagnosis_group") +
@@ -4120,7 +4119,7 @@ 

Exploring the identified differentially expressed genes

previously.

- +
# pick a couple genes to look at 
 genes_to_plot <- c("ENSG00000196090", #PTPRT
                    "ENSG00000148935") #GAS2
@@ -4130,7 +4129,7 @@ 

Exploring the identified differentially expressed genes

# a vector of genes to plot features = genes_to_plot, x = "diagnosis_group", - colour_by = "diagnosis_group", + color_by = "diagnosis_group", other_fields = "celltype_broad", point_size = 0.1) + # each celltype is its own column @@ -4139,7 +4138,7 @@

Exploring the identified differentially expressed genes

rows = vars(Feature)) + # change the font size of the facet labels theme(strip.text = element_text(size = 7)) + - guides(colour = guide_legend( + guides(color = guide_legend( title = "Subtype", # update the legend title # change the size of the legend colors override.aes = list(size = 3, alpha = 1)) @@ -4172,7 +4171,7 @@

Print session info

sessionInfo()
- +
R version 4.4.1 (2024-06-14)
 Platform: x86_64-pc-linux-gnu
 Running under: Ubuntu 22.04.4 LTS
@@ -4206,62 +4205,63 @@ 

Print session info

[13] ggplot2_3.5.1 optparse_1.7.5 loaded via a namespace (and not attached): - [1] gridExtra_2.3 rlang_1.1.3 - [3] magrittr_2.0.3 scater_1.32.0 - [5] compiler_4.4.1 flexmix_2.3-19 - [7] DelayedMatrixStats_1.26.0 vctrs_0.6.5 - [9] stringr_1.5.1 pkgconfig_2.0.3 -[11] crayon_1.5.2 fastmap_1.1.1 -[13] XVector_0.44.0 scuttle_1.14.0 -[15] labeling_0.4.3 utf8_1.2.4 -[17] rmarkdown_2.26 tzdb_0.4.0 -[19] UCSC.utils_1.0.0 ggbeeswarm_0.7.2 -[21] bit_4.0.5 xfun_0.43 -[23] modeltools_0.2-23 zlibbioc_1.50.0 -[25] cachem_1.0.8 beachmat_2.20.0 -[27] jsonlite_1.8.8 highr_0.10 -[29] DelayedArray_0.30.0 BiocParallel_1.38.0 -[31] irlba_2.3.5.1 parallel_4.4.1 -[33] R6_2.5.1 bslib_0.7.0 -[35] stringi_1.8.3 numDeriv_2016.8-1.1 -[37] jquerylib_0.1.4 Rcpp_1.0.12 -[39] knitr_1.46 readr_2.1.5 -[41] Matrix_1.7-0 splines_4.4.1 -[43] nnet_7.3-19 tidyselect_1.2.1 -[45] abind_1.4-5 yaml_2.3.8 -[47] viridis_0.6.5 codetools_0.2-20 -[49] plyr_1.8.9 lattice_0.22-6 -[51] tibble_3.2.1 withr_3.0.0 -[53] coda_0.19-4.1 evaluate_0.23 -[55] getopt_1.20.4 pillar_1.9.0 -[57] generics_0.1.3 vroom_1.6.5 -[59] emdbook_1.3.13 hms_1.1.3 -[61] sparseMatrixStats_1.16.0 munsell_0.5.1 -[63] scales_1.3.0 miQC_1.12.0 -[65] glue_1.7.0 apeglm_1.26.0 -[67] tools_4.4.1 BiocNeighbors_1.22.0 -[69] ScaledMatrix_1.12.0 locfit_1.5-9.9 -[71] forcats_1.0.0 mvtnorm_1.2-4 -[73] cowplot_1.1.3 grid_4.4.1 -[75] bbmle_1.0.25.1 bdsmatrix_1.3-7 -[77] colorspace_2.1-0 GenomeInfoDbData_1.2.12 -[79] beeswarm_0.4.0 vipor_0.4.7 -[81] cli_3.6.2 rsvd_1.0.5 -[83] fansi_1.0.6 S4Arrays_1.4.0 -[85] viridisLite_0.4.2 dplyr_1.1.4 -[87] gtable_0.3.5 EnhancedVolcano_1.22.0 -[89] sass_0.4.9 digest_0.6.35 -[91] SparseArray_1.4.0 ggrepel_0.9.5 -[93] farver_2.1.1 htmltools_0.5.8.1 -[95] lifecycle_1.0.4 httr_1.4.7 -[97] MASS_7.3-60.2 bit64_4.0.5
+ [1] gridExtra_2.3 rlang_1.1.3 + [3] magrittr_2.0.3 scater_1.32.0 + [5] compiler_4.4.1 flexmix_2.3-19 + [7] DelayedMatrixStats_1.26.0 vctrs_0.6.5 + [9] stringr_1.5.1 pkgconfig_2.0.3 + [11] crayon_1.5.2 fastmap_1.1.1 + [13] XVector_0.44.0 scuttle_1.14.0 + [15] labeling_0.4.3 utf8_1.2.4 + [17] rmarkdown_2.26 tzdb_0.4.0 + [19] UCSC.utils_1.0.0 ggbeeswarm_0.7.2 + [21] bit_4.0.5 xfun_0.43 + [23] modeltools_0.2-23 zlibbioc_1.50.0 + [25] cachem_1.0.8 beachmat_2.20.0 + [27] jsonlite_1.8.8 highr_0.10 + [29] DelayedArray_0.30.0 BiocParallel_1.38.0 + [31] irlba_2.3.5.1 parallel_4.4.1 + [33] R6_2.5.1 RColorBrewer_1.1-3 + [35] bslib_0.7.0 stringi_1.8.3 + [37] numDeriv_2016.8-1.1 jquerylib_0.1.4 + [39] Rcpp_1.0.12 knitr_1.46 + [41] readr_2.1.5 Matrix_1.7-0 + [43] splines_4.4.1 nnet_7.3-19 + [45] tidyselect_1.2.1 abind_1.4-5 + [47] yaml_2.3.8 viridis_0.6.5 + [49] codetools_0.2-20 plyr_1.8.9 + [51] lattice_0.22-6 tibble_3.2.1 + [53] withr_3.0.0 coda_0.19-4.1 + [55] evaluate_0.23 getopt_1.20.4 + [57] pillar_1.9.0 generics_0.1.3 + [59] vroom_1.6.5 emdbook_1.3.13 + [61] hms_1.1.3 sparseMatrixStats_1.16.0 + [63] munsell_0.5.1 scales_1.3.0 + [65] miQC_1.12.0 glue_1.7.0 + [67] apeglm_1.26.0 tools_4.4.1 + [69] BiocNeighbors_1.22.0 ScaledMatrix_1.12.0 + [71] locfit_1.5-9.9 forcats_1.0.0 + [73] mvtnorm_1.2-4 fs_1.6.4 + [75] cowplot_1.1.3 grid_4.4.1 + [77] bbmle_1.0.25.1 bdsmatrix_1.3-7 + [79] colorspace_2.1-0 GenomeInfoDbData_1.2.12 + [81] beeswarm_0.4.0 vipor_0.4.7 + [83] cli_3.6.2 rsvd_1.0.5 + [85] fansi_1.0.6 S4Arrays_1.4.0 + [87] viridisLite_0.4.2 dplyr_1.1.4 + [89] gtable_0.3.5 EnhancedVolcano_1.22.0 + [91] sass_0.4.9 digest_0.6.35 + [93] SparseArray_1.4.0 ggrepel_0.9.5 + [95] farver_2.1.1 htmltools_0.5.8.1 + [97] lifecycle_1.0.4 httr_1.4.7 + [99] MASS_7.3-60.2 bit64_4.0.5
-
---
title: "Differential expression analysis for scRNA-seq data"
author: "Data Lab for ALSF"
date: 2023
output:
  html_notebook:
    toc: yes
    toc_float: yes
---

## Objectives 

This notebook will demonstrate how to:

- Use pseudo-bulking to prepare scRNA-seq libraries for differential expression
- Perform differential expression with the `DESeq2` package
- Use `ggplot2` and `EnhancedVolcano` to visualize gene expression changes across cell types and samples

---

Just like bulk RNA-seq, it is likely that one of the goals when performing scRNA-seq will be to compare the gene expression of multiple samples to each other.
Unlike bulk RNA-seq analysis, scRNA-seq analysis allows us to identify and annotate cell types or subpopulations of cells present in each of our samples.
This means that we can account for differences in cell type composition across samples and specifically focus on cell types or populations of interest when performing differential expression (DE) analysis.
In this notebook, we will work with multiple samples to identify differentially expressed genes across cell types of interest using the [`DESeq2`](https://bioconductor.org/packages/3.16/bioc/html/DESeq2.html) package. 

![Single-cell roadmap: Differential expression](diagrams/roadmap_differential_expression.png)

We will continue working with samples from the [`SCPCP000005` project](https://scpca.alexslemonade.org/projects/SCPCP000005), an investigation of pediatric solid tumors led by the Dyer and Chen labs at St. Jude Children's Research Hospital.
This particular dataset contains 10 different samples that have been integrated using `fastMNN`, following the same procedure we outlined in `03-dataset_integration.Rmd`.
These 10 samples represent two different types of rhabdomyosarcoma (RMS): embryonal rhabdomyosarcoma (ERMS) and alveolar rhabdomyosarcoma (ARMS).
These two subtypes are distinguished by the presence of the `PAX3/PAX7-FOXO1` fusion gene, which is present only in ARMS patients.
Additionally, cells found in ARMS tumors tend to have an increased mutational burden with cells in a more differentiated state compared to ERMS tumor cells ([Shern _et al._ 2014](https://doi.org/10.1158/2159-8290.CD-13-0639); [Stewart _et al._ 2018](https://doi.org/10.1016/j.ccell.2018.07.012)).
RMS tumors, regardless of subtype, are made up of cells typically associated with development of skeletal muscle: mesoderm, myoblasts, and myocytes ([Sebire and Malone 2003](https://doi.org/10.1136/jcp.56.6.412)).
[Patel _et al._ (2022)](https://doi.org/10.1016/j.devcel.2022.04.003) tested the hypothesis that cell types have distinct gene expression patterns in ARMS vs. ERMS samples.
Here we will look at a subset of the samples they sequenced and identify differentially expressed genes in tumor cells between ARMS and ERMS samples.

## Set up

```{r setup, message=FALSE}
# set seed for reproducibility
set.seed(2022)

# load libraries
library(ggplot2) # plotting functions
library(SingleCellExperiment) 

# package used for differential expression analysis
library(DESeq2)
```

### Directories and files

We will start by reading in a `SingleCellExperiment` (SCE) object that contains both the uncorrected (merged but not integrated) and corrected (integrated) gene expression data for all 10 samples.

Prior to integration, all 10 samples went through the same filtering, normalization, and dimensionality reduction.
These 10 samples were then merged into one `SingleCellExperiment` object following the same steps outlined in `03-dataset_integration.Rmd`.
The merged object was then integrated with `fastMNN` to obtain a corrected gene expression assay and corrected reduced dimensionality results.
The final SCE object was stored in `data/rms/integrated/rms_all_sce.rds`.

We also have provided a metadata file, `data/rms/annotations/rms_sample_metadata.tsv`, that contains information from each sample, such as diagnosis, sex, age, etc.
Each row in this file corresponds to a sample found in the integrated SCE object.

To begin, let's set up our directories and files:

```{r filepaths}
# set up file paths 
# data directory for RMS data
data_dir <- file.path("data", "rms")

# integrated file containing samples to use for DE analysis
integrated_sce_file <- file.path(data_dir, 
                                 "integrated", 
                                 "rms_all_sce.rds")

# sample metadata to set up DE analysis
sample_metadata_file <- file.path(data_dir, 
                                  "annotations", 
                                  "rms_sample_metadata.tsv")

# directory to store output
deseq_dir <- file.path("analysis", "rms", "deseq")
if(!dir.exists(deseq_dir)){
  dir.create(deseq_dir, recursive = TRUE)
}

# results file to output from DE analysis
deseq_output_file <- file.path(deseq_dir, 
                               "rms_myoblast_deseq_results.tsv")

# output integrated sce object
output_sce_file <- file.path(data_dir, 
                             "integrated", 
                             "rms_subset_sce.rds")
```

We can go ahead and read in the SCE object and the metadata file.

```{r read files, live=TRUE}
# read in the SCE object that has already been integrated
integrated_sce <- readr::read_rds(integrated_sce_file)

# read in sample metadata file 
sample_metadata <- readr::read_tsv(sample_metadata_file)
```

## Dataset exploration

Before we dive into differential expression, let's explore our integrated SCE object and the dataset a little more.

We'll start by looking at what's inside the object.
Here we should have both the original (uncorrected) data and the integrated (corrected) data for both the gene expression and the reduced dimensionality results.
How are those stored in our object?

```{r print sce, live=TRUE}
# print out entire object
integrated_sce
```


```{r print assay names, live=TRUE}
# look at the assay names in our object
assayNames(integrated_sce)
```

When we look at the assay names we should see that there are 3 matrices, `counts`, `logcounts`, and `fastmnn_corrected`. 
The `counts` and `logcounts` assays correspond to the uncorrected gene expression data that has been merged but NOT integrated.
The `fastmnn_corrected` data contains the corrected gene expression data obtained from integration. 
For this exercise we will not be using the `fastmnn_corrected` data (more on why not once we get to setting up the differential expression), but we need to be aware that it is present and be able to distinguish it from our uncorrected data. 


```{r print reducedDim names, live=TRUE}
# look at the names of the dimension reductions
reducedDimNames(integrated_sce)
```

In the `reducedDim` slots you should see `PCA` and `UMAP`, which were both calculated from the combined data _before_ integration.
You should also see `fastmnn_PCA` and `fastmnn_UMAP` reduced dimensions, which correspond to the integrated results.

### Cell type annotations

Just like in the integration notebook, this dataset also contains the cell type annotations found in the `celltype_fine` and `celltype_broad` columns of the `colData`.
These cell types were originally assigned in [Patel _et al._ (2022)](https://doi.org/10.1016/j.devcel.2022.04.003).
We will use these cell type assignments to set up the DE analysis below, but they are not required for DE analysis itself.
It's important to note that DE analysis can be applied to any subpopulation of interest that is shared across samples besides just cell types.

Because we are going to be doing DE analysis between ARMS and ERMS samples, let's start by labeling cells in the integrated dataset based on their RMS subtype.
To do this we will need to be sure that the subtype is present in the `colData` of the integrated SCE object.
If it's not there, we need to add it in.

```{r coldata head, live=TRUE}
# look at the head of the coldata
head(colData(integrated_sce)) |>
  as.data.frame()
```

Uh oh, it looks like the RMS subtype is not found in the SCE object.
Fortunately we also have the sample metadata table that we read in earlier, which contains information about each of the samples present in the dataset.

```{r sample metadata, live=TRUE}
# print out sample metadata
head(sample_metadata)
```

Looking at this sample table, we see a column named `subdiagnosis` which accounts for the RMS subtype, ARMS or ERMS.
We also see other columns that contain information about each specific sample.

We can incorporate the information in this sample metadata table into the `colData` of the integrated SCE object.
This will allow us to match each of the samples in the SCE object with the RMS subtype and also allow us to use any of the columns in the sample metadata for plotting.

```{r modify coldata}
# add sample metadata to colData from the integrated SCE object
coldata_df <- colData(integrated_sce) |>
  # convert from DataFrame to data.frame
  as.data.frame() |>
  # merge with sample metadata 
  dplyr::left_join(sample_metadata, by = c("sample" = "library_id")) |>
  # create new columns
  # cell_id is a combination of barcode and sample
  dplyr::mutate(cell_id = glue::glue("{sample}-{barcode}"),
                # simplify subdiagnosis
                diagnosis_group = forcats::fct_recode(
                  subdiagnosis,
                  "ARMS" = "Alveolar rhabdomyosarcoma",
                  "ERMS" = "Embryonal rhabdomyosarcoma"
                ))

# add modified data frame back to SCE as DataFrame
colData(integrated_sce) <- DataFrame(coldata_df, 
                                     row.names = coldata_df$cell_id)
```

Now when we look at the `colData` of the SCE object we should see new columns, including the `diagnosis_group` column which indicates if each cell comes from an ERMS or ARMS sample.

```{r print new coldata, live=TRUE}
# take a look at the new modified colData
head(colData(integrated_sce)) |>
  as.data.frame()
```

### Plotting with annotations

We can now use that column to label any UMAP plots (or other plot types) that we make.
In the chunk below we will start by taking a look at our integration results and color our cells by RMS subtype.

**Reminder: You should always use the batch-corrected dimensionality reduction results for visualizing datasets containing multiple libraries or samples.**

```{r diagnosis group UMAP, live=TRUE}
# UMAP of all samples, separating by diagnosis group
scater::plotReducedDim(integrated_sce,
                       dimred = "fastmnn_UMAP",
                       colour_by = "diagnosis_group",
                       point_size= 0.5,
                       point_alpha = 0.2) 
```

Interestingly, it looks like samples from the ARMS and ERMS subtypes tend to group with samples of the same subtype rather than all together. 

In the integration notebook we also looked at the distribution of cell types after integration.
In that notebook, we discussed that cells of the same cell type are expected to integrate with other cells of the same type.
Is that the case with this dataset?

A word of caution when evaluating the cell type results for this dataset: The cell types for this dataset were assigned in a two stage process as described in [Patel _et al._ (2022)](https://doi.org/10.1016/j.devcel.2022.04.003).
The first stage assigned cells as tumor or non-tumor.
The next stage further classified tumor cells into one of three types of tumor cells: myoblast, myocyte, or mesoderm.
Some samples could not be further classified, so all of their tumor cells are denoted `Tumor`.
The samples which could be further classified have a mix of `Tumor_Mesoderm`, `Tumor_Myoblast`, and `Tumor_Myocyte`.

```{r celltype UMAP}
# UMAP of all samples labeled by cell type
scater::plotReducedDim(integrated_sce,
                       dimred = "fastmnn_UMAP",
                       # color each point by cell type
                       colour_by = "celltype_broad",
                       point_size= 0.5, 
                       point_alpha = 0.4)
```

Unlike with the previous datasets we have seen where all cells of the same cell type always grouped together, this dataset shows some slightly different patterns and not all cells of the same cell type cluster together.
One reason is that tumor data can be heterogeneous and every tumor is unique.
Depending on the tumor type we may not expect every sample to integrate perfectly and more heterogeneous tumor types will be more difficult to integrate together.
In this particular case we are looking at two subtypes of RMS that have distinct mutation burdens and differentiation states, so it's likely that those differences contribute to how well they integrate.

To explore whether cells are grouping together both by cell type and by RMS subtype, we can create a plot that incorporates both pieces of metadata.
We will take advantage of the `facet_grid()` function from `ggplot2` to look at two variables in the `colData` at once - the cell type and the subdiagnosis.
In the below plot we will color our cells by cell type while also using `facet_grid()` so that cells from different subdiagnoses will be in their own plot panel.

```{r celltype subdiagnosis UMAP, live=TRUE}
# UMAP of all samples
# separating by diagnosis group and labeling cell type
scater::plotReducedDim(integrated_sce,
                       dimred = "fastmnn_UMAP",
                       # color each point by cell type
                       colour_by = "celltype_broad",
                       point_size= 0.5, 
                       point_alpha = 0.4,
                       # tell scater to use diagnosis_group for plotting
                       other_fields = "diagnosis_group") +
  # include each diagnosis group as its own column
  facet_grid(cols = vars(diagnosis_group))
```

As expected, we see that cell types are separated, most likely due to different RMS subtypes.

We can also use a stacked barplot to look at the distribution of cell types across each sample, which will require a bit of wrangling first.

```{r celltype barplot}
# filter coldata to only include tumor cells
tumor_cells_df <- coldata_df |>
  # find rows where the cell type name contains the string "Tumor"
  dplyr::filter(stringr::str_detect(celltype_broad, "Tumor"))

# create a stacked barplot
ggplot(tumor_cells_df, aes(x = sample, fill = celltype_broad)) + 
    geom_bar(position = "fill", color = "black", size = 0.2) +
    labs(
      x = "Sample",
      y = "Proportion of cells", 
      fill = "Cell type"
    ) +
  theme_bw() +
  theme(axis.text.x = element_text(angle = 90, vjust = 0.5))+
  # facet by diagnosis group 
  facet_grid(cols = vars(diagnosis_group), 
             # only show non-NA values on x-axis
             scales = "free_x",
             space = "free_x")
```

Similar to the UMAP, this plot shows that ARMS and ERMS share a lot of the same cell types.

We also see that only 6 of these libraries have tumor cells that have been further classified into mesoderm, myoblast, and myocyte. 
3 libraries contain cells that are only classified as tumor or non-tumor, and tumor cells are not further classified, and the remaining library is not even present in our plot because it was not assigned any cell types (all are `NA`).
We will continue our analysis only using the 6 libraries with fully classified cell types, removing the other 4 before we proceed with differential expression.

### Filtering samples

The reason we want to pare down our list of samples to consider is that we want to ensure that the cell types (or subpopulations) that we are interested in are present in all samples included in our DE analysis. 
We want to remove any samples that do not contain our cell population(s) of interest as they have no counts to contribute to the DE analysis.

```{r subset sce}
# define samples to keep
library_ids <- c(
  "SCPCL000479",
  "SCPCL000480",
  "SCPCL000481",
  "SCPCL000484",
  "SCPCL000488",
  "SCPCL000491"
)

# subset sce to only contain samples of interest 
samples_to_keep <- integrated_sce$sample %in% library_ids
rms_sce <- integrated_sce[, samples_to_keep]

# print out our new SCE 
rms_sce
```

Before we move on, we'll remove the original integrated object from our environment to save some memory. 

```{r remove sce}
rm(integrated_sce)
```

We will also save our new object in case we want to use it for other analysis later on.

```{r save sce}
# write RDS file with compression
readr::write_rds(rms_sce, file = output_sce_file, compress = "gz")
```

We now have an updated SCE object that contains 6 samples that were obtained from a mix of ARMS and ERMS patients.
We can then ask the question, do specific tumor cell types contain sets of differentially expressed genes between ARMS and ERMS samples?

We should make sure that we have enough biological replicates from each group to set up our experiment. 
It is imperative to consider good experimental design and ensure that we have enough biological replicates (at least 3 for each group) when performing differential gene expression analysis.

If we look back at our stacked barplot we see that we picked 3 ARMS and 3 ERMS samples.
We can also see that the majority of cells are tumor cells, in particular the largest population of cells appears to be the `Tumor_Myoblast`. 
For this example we will focus on identifying DE genes in these `Tumor_Myoblast` cells, but the principles applied below can be applied to any cell types or subpopulations of interest.

## Differential expression analysis

Now we are ready to start preparing for our DE analysis, where we will compare the gene expression of tumor myoblast cells between ARMS and ERMS samples.

Throughout the notebook we have been working with an integrated dataset that contains corrected gene expression data (`fastmnn_corrected` assay) and a corrected UMAP.
As a reminder, the uncorrected gene expression data, found in the `counts` and `logcounts` assays, correspond to data that has been merged (the first step we walked through prior to integration) into the same SCE but not yet integrated.
We do not want to use corrected gene expression values for differential expression; `DESeq2` expects the original raw counts as input so we will be using data found in the `counts` assay of the `SingleCellExperiment` object. 

It is advised to only use the corrected values for any analyses being performed at the cell level, e.g., dimensionality reduction.
In contrast, it is not advised to use corrected values for any analyses that are gene-based, such as differential expression or marker gene detection, because within-batch and between-batch gene expression differences are no longer preserved.
The reason for this is two-fold – many of the DE models will expect uncorrected counts because they will account for between-sample variation within the model, and we want to ensure we are preserving variation that is present so as not to artificially inflate differences between populations.
See the [OSCA chapter on Using the corrected values](https://bioconductor.org/books/3.16/OSCA.multisample/using-corrected-values.html#using-corrected-values) for more insight.

### Pseudo-bulking 

Before we can compare the gene expression profiles of myoblasts in ARMS vs. ERMS samples, we will need to "pseudo-bulk" the gene counts. 
Pseudo-bulking creates a new counts matrix that contains the sum of the counts from all cells with a given label (e.g., cell type) for each sample ([Tung _et al._ 2017](https://doi.org/10.1038/srep39921)). 
If we were to keep each cell's counts separate, they would be treated as replicates, leading to inflated statistics. 
By pseudo-bulking first, we will now have one count for each gene for each sample and we can take advantage of well-established methods for differential expression with bulk RNA-seq.

Pseudo-bulking is implemented prior to differential expression analysis on single-cell data because it: 

- Produces larger and less sparse counts, which allows us to use standard normalization and differential expression methods used by bulk RNA-seq. 
- Collapses gene expression counts by sample, so that samples, rather than cells, represent replicates.
- Masks variance within a sample to emphasize variance across samples.
This can be both good and bad! 
Masking intra-sample variation means you might not identify genes where average expression doesn't change between samples but the degree of cell-to-cell variation does.

Before we apply pseudo-bulking to our dataset, let's look at a simple example of how pseudo-bulking works.
We'll start by creating a fake matrix of counts.

```{r create matrix}
# create an example counts matrix
counts_mtx <- matrix(
  1:12, 
  ncol = 4,
  dimnames = list(c("geneA", "geneB", "geneC"),
                  c("A-cell1", "A-cell2", "B-cell1", "B-cell2"))
)
counts_mtx
```

Next we will create a pseudo-bulked version of this matrix with only 2 columns: 1 for group `A` and 1 for group `B`.
To do this we will use the `DelayedArray::colsum()` function, which allows us to sum the counts for each row across groups of columns.

```{r pseudobulk matrix, live=TRUE}
# define the group that each column belongs to
groups <- c("A", "A", "B", "B")

# sum counts across cells (columns) by group label
pb_counts <- DelayedArray::colsum(counts_mtx, 
                                  groups)
pb_counts  
```

Looking at this output, you should see that the original 4 columns have been condensed to only 2 columns: 1 column to represent all cells from group `A`, and 1 column to represent all cells from group `B`.

Now the actual pseudo-bulking for our dataset! 

We will use the [`scuttle::aggregateAcrossCells()` function](https://rdrr.io/github/LTLA/scuttle/man/aggregateAcrossCells.html) to pseudo-bulk our dataset.
This function takes as input an SCE object and the grouping assignments for each cell.
The output will be an SCE object that contains only the pseudo-bulked counts for all genes across all specified groups, rather than across all cells. 
We can then subset this SCE to just include our cell type of interest (tumor myoblasts) for input to the DE analysis. 

We can pseudo-bulk using any grouping that we are interested in.
For right now, we are interested in looking at gene expression across cell types, so we want to group the pseudo-bulked counts matrix by both cell type and original sample. 

```{r pseudobulk sce}
# first subset the coldata 
# to only have the columns we care about for pseudo-bulking 
pb_groups <- colData(rms_sce)[, c("celltype_broad", "sample")]

# create a new SCE object that contains 
# the pseudo-bulked counts across the provided groups 
pb_sce <- scuttle::aggregateAcrossCells(rms_sce, 
                                        id = pb_groups)

# column names aren't automatically added to the pseudo-bulked sce, 
# so let's add them in 
colnames(pb_sce) <- glue::glue(
  "{pb_sce$celltype_broad}_{pb_sce$sample}"
)

pb_sce
```

How does the new pseudo-bulked `SingleCellExperiment` look different? 
How many columns does it have? 

Let's take a look at what the `colData` looks like in the pseudo-bulked SCE object. 

```{r pseudobulk colData, live=TRUE}
# note the new column with number of cells per group 
head(colData(pb_sce)) |>
  as.data.frame()
```

You should see that columns such as `sum`, `detected`, `subsets_mito_sum`, and other columns that typically contain per cell QC statistics now contain `NA` rather than numeric values. 
This is because these values were initially calculated on a per cell level (we did this using `scuttle::addPerCellQCMetrics()`), but we no longer have a single column per cell.
Instead, each column now represents a _group_ of cells, in this case comprised of cells of a given cell type and sample combination.
Therefore, the values that we calculated on a per-cell level are no longer applicable to this pseudo-bulked SCE object.

You should also see a new column that wasn't present previously, the `ncells` column.
This column was added during pseudo-bulking and indicates the total number of cells that were summed together to form each column of the SCE object.

Before we proceed we will want to filter out any columns that have a low number of cells.
A low number of cells will usually result in small counts that can cause issues with the statistical approximations made during differential expression analysis.
This is equivalent to filtering out any libraries in bulk RNA-seq analysis that have low library sizes.

We can set a threshold for the number of cells required to continue with our analysis and remove any groups that do not meet the minimum threshold.
Here we will use 10, but the threshold you use for your dataset can vary depending on the composition of cell types.

```{r filter pseudobulk, live=TRUE}
# remove any groups with fewer than 10 cells
filter_pb_sce <- pb_sce[, pb_sce$ncells >= 10]
```

We can then take a look and see how many cell type-sample columns we removed, if any.

```{r print dim, live=TRUE}
# print out dimensions of unfiltered pseudobulk sce
dim(pb_sce)

# dimensions of filtered pseudobulk sce 
dim(filter_pb_sce)
```

It looks like we only got rid of one group.
We can do a quick check to see which group was removed by finding which column is no longer present in the filtered object.

```{r removed columns, live=TRUE}
# find removed columns
removed_cols <- !(colnames(pb_sce) %in% colnames(filter_pb_sce))

# print out missing columns
colnames(pb_sce)[removed_cols]
```

The last step we want to do to prepare our dataset for DE is to subset the pseudo-bulked SCE object to contain only the cell type that we are interested in comparing across the two RMS subtypes.
As mentioned previously, we are specifically interested in the `Tumor_Myoblast` cell type.

```{r filter celltype}
# logical vector indicating if cells are tumor myoblast or not
myoblast_cells <- filter_pb_sce$celltype_broad == "Tumor_Myoblast"

# create a new sce with only the tumor myoblasts
tumor_myoblast_sce <- filter_pb_sce[, myoblast_cells]
```

After filtering for our cell type of interest we should have a dataset with 6 columns, 1 for each group of `Tumor_Myoblast` cells in each of our 6 samples.

### Perform differential expression with `DESeq2`

Now we will use the `DESeq2` package to perform differential expression (DE) analysis on our pseudo-bulked SCE object.
From this point, we can proceed in the same way we would if we had a bulk RNA-seq dataset with 6 samples.
We will start with the unnormalized raw counts in the `counts` assay of the pseudo-bulked SCE and do the following with `DESeq2`:

- Create a `DESeqDataSet` object
- Normalize and log transform the counts data
- Estimate dispersions and shrink estimates
- Fit a negative binomial model and perform hypothesis testing using Wald statistics

You can also refer to our [materials from our previous workshops covering bulk RNA-seq](https://github.com/AlexsLemonade/training-modules/tree/master/RNA-seq#readme) for more information on using `DESeq`.

#### Create the `DESeqDataSet` object

To create the `DESeqDataSet` object we will need the unnormalized counts matrix, the metadata associated with the samples, and a design formula.
The first two items are already stored in our SCE object, so we can create a `DESeqDataSet` object directly from that object using the `DESeqDataSet()` function.
The design formula is used to indicate which columns of the metadata need to be considered in the DE comparison.
For our experiment we are comparing gene expression between different RMS subtypes.
The subtype information is stored in the `diagnosis_group` column of the `colData` in the pseudo-bulked SCE.

```{r deseq object, live=TRUE}
# set up the deseq object, group by diagnosis
deseq_object <- DESeq2::DESeqDataSet(tumor_myoblast_sce,
                                     design = ~ diagnosis_group)
```

The pseudo-bulked SCE object contains only one assay: the `counts` assay.
This is because `DESeq2` expects raw counts.
When we run `DESeq2` on our dataset, raw counts will first be normalized using size factors to account for differences in total sample counts.
Therefore we don't have to do any normalization on our own – we'll let `DESeq2` do all the work for us.

However, before we dive into DE analysis, we can do some initial exploration and visualization of our data to see if our samples separate by our known factor of interest, RMS subtype.
In particular, we can use principal component analysis (PCA) of our pseudo-bulked dataset to visualize any variation between samples.
If there is variation between RMS subtypes, we expect their respective samples to separate in PC space, likely indicating presence of differentially expressed genes.
We can evaluate this by plotting PC1 and PC2.

In order to create our PCA plot, we will first need to normalize our data to account for any technical variations across samples.
As a reminder, this is NOT required for running `DESeq2` analysis; we are just using it to visualize our data prior to DE analysis.

```{r normalize}
# estimate size factors first
deseq_object <- DESeq2::estimateSizeFactors(deseq_object)

# normalize and log transform to use for visualization
normalized_object <- DESeq2::rlog(deseq_object, 
                                  blind = TRUE)
normalized_object
```

We now have a normalized and transformed object that can be directly input to the `DESeq2::plotPCA()` function, which will both calculate and plot the PC results.

```{r plotPCA, live=TRUE}
DESeq2::plotPCA(normalized_object, intgroup = "diagnosis_group")
```

As expected we see that samples group together based on RMS subtype and are separated along the PC1 axis, the PC contributing the highest amount of variation.

#### Run `DESeq`

We'll now use the convenience function `DESeq()` to perform our differential expression analysis.
This function calculates normalization factors, estimates gene-wise dispersions, fits a negative binomial model and performs hypothesis testing using Wald statistics.

```{r deseq, live=TRUE}
# run DESeq
deseq_object <- DESeq2::DESeq(deseq_object)
```

We can evaluate how well the model fit our data by looking at the dispersion estimates.
We expect to see the dispersion estimates decrease as means are increasing and follow the line of best fit. 

```{r plot dispersion, live=TRUE}
plotDispEsts(deseq_object)
```

Now we can extract the results from the object, specifying the p-value threshold that we would like to use.

```{r results, live=TRUE}
# extract the results as a DataFrame
deseq_results <- DESeq2::results(deseq_object, alpha = 0.05)
```

But we aren't done yet!

The estimates of log2 fold change calculated by `DESeq()` are not corrected for expression level.
This means that when counts are small, we are likely to end up with some large fold change values that overestimate the true extent of the change between conditions.

We can correct this by applying a "shrinkage" procedure, which will adjust large values with small counts downward, while preserving values with larger counts, which are likely to be more accurate.

To do this, we will use the `lfcShrink()` function, but first we need to know the name and/or position of the "coefficient" that was calculated by `DESeq()`, which we can do with the `resultsNames()` function.

```{r coefficient, live=TRUE}
# identify position of coefficient
DESeq2::resultsNames(deseq_object)
```


```{r shrinkage}
# appyly logFC shrinkage using the default model
shrink_results <- DESeq2::lfcShrink(
  deseq_object, 
  res = deseq_results, 
  coef = 2,
  type = "apeglm"
)
head(shrink_results)
```

If you look at our `shrink_results` object, we see that the genes are labeled with the Ensembl gene identifiers, as those were the row names of the pseudo-bulked SCE we used as input to build our `DESeq2` object.
Although some of us may have all of the identifiers memorized by heart, it can be useful to have a human readable symbol in our results.
Before we save the results as a file, we will grab the gene symbols from the `rowData` of our original SCE object and add them as a new column.

```{r add gene symbol}
deseq_results <- shrink_results |>
  # directly add Ensembl id as a column
  # converting results into a data frame
  tibble::as_tibble(rownames = "ensembl_id")

# convert rowdata to data frame 
sce_rowdata_df <- rowData(tumor_myoblast_sce) |>
  # create a column with rownames stored as ensembl id
  # use for joining with deseq results
  tibble::as_tibble(rownames = "ensembl_id")

# combine deseq results with rowdata by ensembl id 
deseq_results <- deseq_results |>
  dplyr::left_join(sce_rowdata_df, by = "ensembl_id")

head(deseq_results)
```

We can save the new data frame that we have created with the Ensembl identifiers, gene symbols, and the `DESeq2` results as a tab separated (`tsv`) file.

```{r save deseq, live=TRUE}
# save our results as tsv
readr::write_tsv(deseq_results, deseq_output_file)
```

The last thing that we will do is take a look at how many genes are significant.
Here we will want to use the adjusted p-value, found in the `padj` column of the results, as this accounts for multiple test correction.

```{r significant results, live=TRUE}
# first look at the significant results 
deseq_results_sig <- deseq_results |>
  # filter based on adjusted pvalue
  dplyr::filter(padj <= 0.05)

head(deseq_results_sig)
```


### Exploring the identified differentially expressed genes 

Now that we have identified a set of genes that are differentially expressed in the tumor myoblasts between ARMS and ERMS subtypes, lets actually take a look at them and see if we can make some informative plots.
The first plot we'll make is a volcano plot using the [`EnhancedVolcano` package](https://github.com/kevinblighe/EnhancedVolcano).
This package automatically colors the points by cutoffs for both significance and fold change and labels many of the significant genes (subject to spacing).
`EnhancedVolcano` has many, many options, which is a good thing if you don't like all of its default settings.
Even better, it outputs a `ggplot2` object, so if we want to customize the plot further, we can use the same `ggplot2` commands we have used before.

```{r volcano}
EnhancedVolcano::EnhancedVolcano(deseq_results,
                x = 'log2FoldChange', # fold change statistic to plot
                y = 'pvalue', # significance values
                lab = deseq_results$gene_symbol, # labels for points
                pCutoff = 1e-05, # p value cutoff (default)
                FCcutoff = 1, # fold change cutoff (default)
                title = NULL, # no title
                subtitle = NULL, # or subtitle
                caption = NULL, # or caption
                drawConnectors = TRUE, # add some fun arrows
                labSize = 3  # smaller labels
                ) +
  # change the overall theme
  theme_bw() +
  # move the legend to the bottom
  theme(legend.position = "bottom")
```


We can also return back to the SCE object that we used to create our pseudo-bulked SCE and look at gene expression of some of the significant genes. 
We can create UMAP plots as we did previously, but instead of labeling each cell with metadata, we can color cells by a specified gene's expression levels.
We will also use some of the `ggplot2` skills we picked up earlier, like `facet_grid()` to plot cells from different RMS subtypes separately.
This can help us validate the `DESeq2` results so that we can visualize gene expression changes across our cell type of interest on a single-cell level. 

```{r expression umap, live=TRUE}
# filter to just myoblast cells and remove any NA's before plotting
myoblast_combined_sce <- rms_sce[, which(rms_sce$celltype_broad == "Tumor_Myoblast")]

# plot PTPRT (ENSG00000196090) expression in ARMS vs. ERMS
scater::plotReducedDim(myoblast_combined_sce,
                       dimred = "fastmnn_UMAP",
                       colour_by = "ENSG00000196090", #PTPRT
                       point_size= 0.5,
                       point_alpha = 0.4,
                       other_fields = "diagnosis_group") +
  facet_grid(cols = vars(diagnosis_group))
```

In the above plot we only plotted the tumor myoblast cells that we used in our DE analysis. 
However, we might be interested to see the expression of genes that are differentially expressed in other cell types present in our samples.

```{r celltype comparison}
# let's compare gene expression across some other cell types
# look at all tumor cells and pick one normal cell type
celltypes <- c("Tumor_Myoblast", 
               "Tumor_Mesoderm", 
               "Tumor_Myocyte", 
               "Vascular Endothelium")

# subset to just celltypes that we are interested in
tumor_sce <- rms_sce[, which(rms_sce$celltype_broad %in% celltypes)]
```

Next we will look at a few DE genes that we identified, one up regulated gene and one down regulated gene, and compare their expression in myoblasts to other cell types in ARMS and ERMS samples.
We will use the `scater::plotExpression()` function to create a violin plot with RMS subtype on the x-axis and gene expression on the y-axis.
We can continue using `facet_grid()` to show separate panels for each cell type.
Because we want to show multiple genes here, we are going to add an additional option to `facet_grid()` to include multiple rows in our plot grid, one for each gene of interest.
One neat trick of the `scater::plotExpression()` function is that it actually creates a `Feature` column which corresponds to the features (in this case genes) being used in plotting.
We can then directly reference that `Feature` column when plotting, instead of using the `other_fields` option we used previously.

```{r multi-gene plot}
# pick a couple genes to look at 
genes_to_plot <- c("ENSG00000196090", #PTPRT
                   "ENSG00000148935") #GAS2

# create a violin plot 
scater::plotExpression(tumor_sce,
                       # a vector of genes to plot
                       features = genes_to_plot, 
                       x = "diagnosis_group", 
                       colour_by = "diagnosis_group",
                       other_fields = "celltype_broad",
                       point_size = 0.1) +
  # each celltype is its own column
  facet_grid(cols = vars(celltype_broad),
             # each feature (gene) is its own row
             rows = vars(Feature)) + 
  # change the font size of the facet labels
  theme(strip.text = element_text(size = 7)) + 
  guides(colour = guide_legend(
    title = "Subtype", # update the legend title
    # change the size of the legend colors
    override.aes = list(size = 3, alpha = 1))
    )
```

How do the expression of these genes change across cell types and RMS subtypes?

Go ahead and explore some genes on your own! 
Feel free to plot any of the genes that are identified as significant, found in the DE results table, or your favorite gene.
Remember, you need to use the Ensembl gene identifier to refer to each gene.

```{r explore}
# now do some exploration of other genes on your own! 
```

## Print session info 

```{r session info}
sessionInfo()
```


+
---
title: "Differential expression analysis for scRNA-seq data"
author: "Data Lab for ALSF"
date: 2023
output:
  html_notebook:
    toc: yes
    toc_float: yes
---

## Objectives 

This notebook will demonstrate how to:

- Use pseudo-bulking to prepare scRNA-seq libraries for differential expression
- Perform differential expression with the `DESeq2` package
- Use `ggplot2` and `EnhancedVolcano` to visualize gene expression changes across cell types and samples

---

Just like bulk RNA-seq, it is likely that one of the goals when performing scRNA-seq will be to compare the gene expression of multiple samples to each other.
Unlike bulk RNA-seq analysis, scRNA-seq analysis allows us to identify and annotate cell types or subpopulations of cells present in each of our samples.
This means that we can account for differences in cell type composition across samples and specifically focus on cell types or populations of interest when performing differential expression (DE) analysis.
In this notebook, we will work with multiple samples to identify differentially expressed genes across cell types of interest using the [`DESeq2`](https://bioconductor.org/packages/3.16/bioc/html/DESeq2.html) package. 

![Single-cell roadmap: Differential expression](diagrams/roadmap_differential_expression.png)

We will continue working with samples from the [`SCPCP000005` project](https://scpca.alexslemonade.org/projects/SCPCP000005), an investigation of pediatric solid tumors led by the Dyer and Chen labs at St. Jude Children's Research Hospital.
This particular dataset contains 10 different samples that have been integrated using `fastMNN`, following the same procedure we outlined in `02-dataset_integration.Rmd`.
These 10 samples represent two different types of rhabdomyosarcoma (RMS): embryonal rhabdomyosarcoma (ERMS) and alveolar rhabdomyosarcoma (ARMS).
These two subtypes are distinguished by the presence of the `PAX3/PAX7-FOXO1` fusion gene, which is present only in ARMS patients.
Additionally, cells found in ARMS tumors tend to have an increased mutational burden with cells in a more differentiated state compared to ERMS tumor cells ([Shern _et al._ 2014](https://doi.org/10.1158/2159-8290.CD-13-0639); [Stewart _et al._ 2018](https://doi.org/10.1016/j.ccell.2018.07.012)).
RMS tumors, regardless of subtype, are made up of cells typically associated with development of skeletal muscle: mesoderm, myoblasts, and myocytes ([Sebire and Malone 2003](https://doi.org/10.1136/jcp.56.6.412)).
[Patel _et al._ (2022)](https://doi.org/10.1016/j.devcel.2022.04.003) tested the hypothesis that cell types have distinct gene expression patterns in ARMS vs. ERMS samples.
Here we will look at a subset of the samples they sequenced and identify differentially expressed genes in tumor cells between ARMS and ERMS samples.

## Set up

```{r setup, message=FALSE}
# set seed for reproducibility
set.seed(2022)

# load libraries
library(ggplot2) # plotting functions
library(SingleCellExperiment) 

# package used for differential expression analysis
library(DESeq2)
```

### Directories and files

We will start by reading in a `SingleCellExperiment` (SCE) object that contains both the uncorrected (merged but not integrated) and corrected (integrated) gene expression data for all 10 samples.

Prior to integration, all 10 samples went through the same filtering, normalization, and dimensionality reduction.
These 10 samples were then merged into one `SingleCellExperiment` object following the same steps outlined in `03-dataset_integration.Rmd`.
The merged object was then integrated with `fastMNN` to obtain a corrected gene expression assay and corrected reduced dimensionality results.
The final SCE object was stored in `data/rms/integrated/rms_all_sce.rds`.

We also have provided a metadata file, `data/rms/annotations/rms_sample_metadata.tsv`, that contains information from each sample, such as diagnosis, sex, age, etc.
Each row in this file corresponds to a sample found in the integrated SCE object.

To begin, let's set up our directories and files:

```{r filepaths}
# set up file paths 
# data directory for RMS data
data_dir <- file.path("data", "rms")

# integrated file containing samples to use for DE analysis
integrated_sce_file <- file.path(data_dir, 
                                 "integrated", 
                                 "rms_all_sce.rds")

# sample metadata to set up DE analysis
sample_metadata_file <- file.path(data_dir, 
                                  "annotations", 
                                  "rms_sample_metadata.tsv")

# directory to store output
deseq_dir <- file.path("analysis", "rms", "deseq")
fs::dir_create(deseq_dir)

# results file to output from DE analysis
deseq_output_file <- file.path(deseq_dir, 
                               "rms_myoblast_deseq_results.tsv")

# output integrated sce object
output_sce_file <- file.path(data_dir, 
                             "integrated", 
                             "rms_subset_sce.rds")
```

We can go ahead and read in the SCE object and the metadata file.

```{r read files, live=TRUE}
# read in the SCE object that has already been integrated
integrated_sce <- readr::read_rds(integrated_sce_file)

# read in sample metadata file 
sample_metadata <- readr::read_tsv(sample_metadata_file)
```

## Dataset exploration

Before we dive into differential expression, let's explore our integrated SCE object and the dataset a little more.

We'll start by looking at what's inside the object.
Here we should have both the original (uncorrected) data and the integrated (corrected) data for both the gene expression and the reduced dimensionality results.
How are those stored in our object?

```{r print sce, live=TRUE}
# print out entire object
integrated_sce
```


```{r print assay names, live=TRUE}
# look at the assay names in our object
assayNames(integrated_sce)
```

When we look at the assay names we should see that there are 3 matrices, `counts`, `logcounts`, and `fastmnn_corrected`. 
The `counts` and `logcounts` assays correspond to the uncorrected gene expression data that has been merged but NOT integrated.
The `fastmnn_corrected` data contains the corrected gene expression data obtained from integration. 
For this exercise we will not be using the `fastmnn_corrected` data (more on why not once we get to setting up the differential expression), but we need to be aware that it is present and be able to distinguish it from our uncorrected data. 


```{r print reducedDim names, live=TRUE}
# look at the names of the dimension reductions
reducedDimNames(integrated_sce)
```

In the `reducedDim` slots you should see `PCA` and `UMAP`, which were both calculated from the combined data _before_ integration.
You should also see `fastmnn_PCA` and `fastmnn_UMAP` reduced dimensions, which correspond to the integrated results.

### Cell type annotations

Just like in the integration notebook, this dataset also contains the cell type annotations found in the `celltype_fine` and `celltype_broad` columns of the `colData`.
These cell types were originally assigned in [Patel _et al._ (2022)](https://doi.org/10.1016/j.devcel.2022.04.003).
We will use these cell type assignments to set up the DE analysis below, but they are not required for DE analysis itself.
It's important to note that DE analysis can be applied to any subpopulation of interest that is shared across samples besides just cell types.

Because we are going to be doing DE analysis between ARMS and ERMS samples, let's start by labeling cells in the integrated dataset based on their RMS subtype.
To do this we will need to be sure that the subtype is present in the `colData` of the integrated SCE object.
If it's not there, we need to add it in.

```{r coldata head, live=TRUE}
# look at the head of the coldata
head(colData(integrated_sce)) |>
  as.data.frame()
```

Uh oh, it looks like the RMS subtype is not found in the SCE object.
Fortunately we also have the sample metadata table that we read in earlier, which contains information about each of the samples present in the dataset.

```{r sample metadata, live=TRUE}
# print out sample metadata
head(sample_metadata)
```

Looking at this sample table, we see a column named `subdiagnosis` which accounts for the RMS subtype, ARMS or ERMS.
We also see other columns that contain information about each specific sample.

We can incorporate the information in this sample metadata table into the `colData` of the integrated SCE object.
This will allow us to match each of the samples in the SCE object with the RMS subtype and also allow us to use any of the columns in the sample metadata for plotting.

```{r modify coldata}
# add sample metadata to colData from the integrated SCE object
coldata_df <- colData(integrated_sce) |>
  # convert from DataFrame to data.frame
  as.data.frame() |>
  # merge with sample metadata 
  dplyr::left_join(sample_metadata, by = c("sample" = "library_id")) |>
  # create new columns
  # cell_id is a combination of barcode and sample
  dplyr::mutate(cell_id = glue::glue("{sample}-{barcode}"),
                # simplify subdiagnosis
                diagnosis_group = forcats::fct_recode(
                  subdiagnosis,
                  "ARMS" = "Alveolar rhabdomyosarcoma",
                  "ERMS" = "Embryonal rhabdomyosarcoma"
                ))

# add modified data frame back to SCE as DataFrame
colData(integrated_sce) <- DataFrame(coldata_df, 
                                     row.names = coldata_df$cell_id)
```

Now when we look at the `colData` of the SCE object we should see new columns, including the `diagnosis_group` column which indicates if each cell comes from an ERMS or ARMS sample.

```{r print new coldata, live=TRUE}
# take a look at the new modified colData
head(colData(integrated_sce)) |>
  as.data.frame()
```

### Plotting with annotations

We can now use that column to label any UMAP plots (or other plot types) that we make.
In the chunk below we will start by taking a look at our integration results and color our cells by RMS subtype.

**Reminder: You should always use the batch-corrected dimensionality reduction results for visualizing datasets containing multiple libraries or samples.**

```{r diagnosis group UMAP, live=TRUE}
# UMAP of all samples, separating by diagnosis group
scater::plotReducedDim(integrated_sce,
                       dimred = "fastmnn_UMAP",
                       color_by = "diagnosis_group",
                       point_size= 0.5,
                       point_alpha = 0.2) 
```

Interestingly, it looks like samples from the ARMS and ERMS subtypes tend to group with samples of the same subtype rather than all together. 

In the integration notebook we also looked at the distribution of cell types after integration.
In that notebook, we discussed that cells of the same cell type are expected to integrate with other cells of the same type.
Is that the case with this dataset?

A word of caution when evaluating the cell type results for this dataset: The cell types for this dataset were assigned in a two stage process as described in [Patel _et al._ (2022)](https://doi.org/10.1016/j.devcel.2022.04.003).
The first stage assigned cells as tumor or non-tumor.
The next stage further classified tumor cells into one of three types of tumor cells: myoblast, myocyte, or mesoderm.
Some samples could not be further classified, so all of their tumor cells are denoted `Tumor`.
The samples which could be further classified have a mix of `Tumor_Mesoderm`, `Tumor_Myoblast`, and `Tumor_Myocyte`.

```{r celltype UMAP}
# UMAP of all samples labeled by cell type
scater::plotReducedDim(integrated_sce,
                       dimred = "fastmnn_UMAP",
                       # color each point by cell type
                       color_by = "celltype_broad",
                       point_size= 0.5, 
                       point_alpha = 0.4)
```

Unlike with the previous datasets we have seen where all cells of the same cell type always grouped together, this dataset shows some slightly different patterns and not all cells of the same cell type cluster together.
One reason is that tumor data can be heterogeneous and every tumor is unique.
Depending on the tumor type we may not expect every sample to integrate perfectly and more heterogeneous tumor types will be more difficult to integrate together.
In this particular case we are looking at two subtypes of RMS that have distinct mutation burdens and differentiation states, so it's likely that those differences contribute to how well they integrate.

To explore whether cells are grouping together both by cell type and by RMS subtype, we can create a plot that incorporates both pieces of metadata.
We will take advantage of the `facet_grid()` function from `ggplot2` to look at two variables in the `colData` at once - the cell type and the subdiagnosis.
In the below plot we will color our cells by cell type while also using `facet_grid()` so that cells from different subdiagnoses will be in their own plot panel.

```{r celltype subdiagnosis UMAP, live=TRUE}
# UMAP of all samples
# separating by diagnosis group and labeling cell type
scater::plotReducedDim(integrated_sce,
                       dimred = "fastmnn_UMAP",
                       # color each point by cell type
                       color_by = "celltype_broad",
                       point_size= 0.5, 
                       point_alpha = 0.4,
                       # tell scater to use diagnosis_group for plotting
                       other_fields = "diagnosis_group") +
  # include each diagnosis group as its own column
  facet_grid(cols = vars(diagnosis_group))
```

As expected, we see that cell types are separated, most likely due to different RMS subtypes.

We can also use a stacked barplot to look at the distribution of cell types across each sample, which will require a bit of wrangling first.

```{r celltype barplot}
# filter coldata to only include tumor cells
tumor_cells_df <- coldata_df |>
  # find rows where the cell type name contains the string "Tumor"
  dplyr::filter(stringr::str_detect(celltype_broad, "Tumor"))

# create a stacked barplot
ggplot(tumor_cells_df, aes(x = sample, fill = celltype_broad)) + 
    geom_bar(position = "fill", color = "black", size = 0.2) +
    labs(
      x = "Sample",
      y = "Proportion of cells", 
      fill = "Cell type"
    ) +
  scale_fill_brewer(palette = "Dark2") +
  theme_bw() +
  theme(axis.text.x = element_text(angle = 90, vjust = 0.5))+
  # facet by diagnosis group 
  facet_grid(cols = vars(diagnosis_group), 
             # only show non-NA values on x-axis
             scales = "free_x",
             space = "free_x")
```

Similar to the UMAP, this plot shows that ARMS and ERMS share a lot of the same cell types.

We also see that only 6 of these libraries have tumor cells that have been further classified into mesoderm, myoblast, and myocyte. 
3 libraries contain cells that are only classified as tumor or non-tumor, and tumor cells are not further classified, and the remaining library is not even present in our plot because it was not assigned any cell types (all are `NA`).
We will continue our analysis only using the 6 libraries with fully classified cell types, removing the other 4 before we proceed with differential expression.

### Filtering samples

The reason we want to pare down our list of samples to consider is that we want to ensure that the cell types (or subpopulations) that we are interested in are present in all samples included in our DE analysis. 
We want to remove any samples that do not contain our cell population(s) of interest as they have no counts to contribute to the DE analysis.

```{r subset sce}
# define samples to keep
library_ids <- c(
  "SCPCL000479",
  "SCPCL000480",
  "SCPCL000481",
  "SCPCL000484",
  "SCPCL000488",
  "SCPCL000491"
)

# subset sce to only contain samples of interest 
samples_to_keep <- integrated_sce$sample %in% library_ids
rms_sce <- integrated_sce[, samples_to_keep]

# print out our new SCE 
rms_sce
```

Before we move on, we'll remove the original integrated object from our environment to save some memory. 

```{r remove sce}
rm(integrated_sce)
```

We will also save our new object in case we want to use it for other analysis later on.

```{r save sce}
# write RDS file with compression
readr::write_rds(rms_sce, file = output_sce_file, compress = "gz")
```

We now have an updated SCE object that contains 6 samples that were obtained from a mix of ARMS and ERMS patients.
We can then ask the question, do specific tumor cell types contain sets of differentially expressed genes between ARMS and ERMS samples?

We should make sure that we have enough biological replicates from each group to set up our experiment. 
It is imperative to consider good experimental design and ensure that we have enough biological replicates (at least 3 for each group) when performing differential gene expression analysis.

If we look back at our stacked barplot we see that we picked 3 ARMS and 3 ERMS samples.
We can also see that the majority of cells are tumor cells, in particular the largest population of cells appears to be the `Tumor_Myoblast`. 
For this example we will focus on identifying DE genes in these `Tumor_Myoblast` cells, but the principles applied below can be applied to any cell types or subpopulations of interest.

## Differential expression analysis

Now we are ready to start preparing for our DE analysis, where we will compare the gene expression of tumor myoblast cells between ARMS and ERMS samples.

Throughout the notebook we have been working with an integrated dataset that contains corrected gene expression data (`fastmnn_corrected` assay) and a corrected UMAP.
As a reminder, the uncorrected gene expression data, found in the `counts` and `logcounts` assays, correspond to data that has been merged (the first step we walked through prior to integration) into the same SCE but not yet integrated.
We do not want to use corrected gene expression values for differential expression; `DESeq2` expects the original raw counts as input so we will be using data found in the `counts` assay of the `SingleCellExperiment` object. 

It is advised to only use the corrected values for any analyses being performed at the cell level, e.g., dimensionality reduction.
In contrast, it is not advised to use corrected values for any analyses that are gene-based, such as differential expression or marker gene detection, because within-batch and between-batch gene expression differences are no longer preserved.
The reason for this is two-fold – many of the DE models will expect uncorrected counts because they will account for between-sample variation within the model, and we want to ensure we are preserving variation that is present so as not to artificially inflate differences between populations.
See the [OSCA chapter on Using the corrected values](https://bioconductor.org/books/3.16/OSCA.multisample/using-corrected-values.html#using-corrected-values) for more insight.

### Pseudo-bulking 

Before we can compare the gene expression profiles of myoblasts in ARMS vs. ERMS samples, we will need to "pseudo-bulk" the gene counts. 
Pseudo-bulking creates a new counts matrix that contains the sum of the counts from all cells with a given label (e.g., cell type) for each sample ([Tung _et al._ 2017](https://doi.org/10.1038/srep39921)). 
If we were to keep each cell's counts separate, they would be treated as replicates, leading to inflated statistics. 
By pseudo-bulking first, we will now have one count for each gene for each sample and we can take advantage of well-established methods for differential expression with bulk RNA-seq.

Pseudo-bulking is implemented prior to differential expression analysis on single-cell data because it: 

- Produces larger and less sparse counts, which allows us to use standard normalization and differential expression methods used by bulk RNA-seq. 
- Collapses gene expression counts by sample, so that samples, rather than cells, represent replicates.
- Masks variance within a sample to emphasize variance across samples.
This can be both good and bad! 
Masking intra-sample variation means you might not identify genes where average expression doesn't change between samples but the degree of cell-to-cell variation does.

Before we apply pseudo-bulking to our dataset, let's look at a simple example of how pseudo-bulking works.
We'll start by creating a fake matrix of counts.

```{r create matrix}
# create an example counts matrix
counts_mtx <- matrix(
  1:12, 
  ncol = 4,
  dimnames = list(c("geneA", "geneB", "geneC"),
                  c("A-cell1", "A-cell2", "B-cell1", "B-cell2"))
)
counts_mtx
```

Next we will create a pseudo-bulked version of this matrix with only 2 columns: 1 for group `A` and 1 for group `B`.
To do this we will use the `DelayedArray::colsum()` function, which allows us to sum the counts for each row across groups of columns.

```{r pseudobulk matrix, live=TRUE}
# define the group that each column belongs to
groups <- c("A", "A", "B", "B")

# sum counts across cells (columns) by group label
pb_counts <- DelayedArray::colsum(counts_mtx, 
                                  groups)
pb_counts  
```

Looking at this output, you should see that the original 4 columns have been condensed to only 2 columns: 1 column to represent all cells from group `A`, and 1 column to represent all cells from group `B`.

Now the actual pseudo-bulking for our dataset! 

We will use the [`scuttle::aggregateAcrossCells()` function](https://rdrr.io/github/LTLA/scuttle/man/aggregateAcrossCells.html) to pseudo-bulk our dataset.
This function takes as input an SCE object and the grouping assignments for each cell.
The output will be an SCE object that contains only the pseudo-bulked counts for all genes across all specified groups, rather than across all cells. 
We can then subset this SCE to just include our cell type of interest (tumor myoblasts) for input to the DE analysis. 

We can pseudo-bulk using any grouping that we are interested in.
For right now, we are interested in looking at gene expression across cell types, so we want to group the pseudo-bulked counts matrix by both cell type and original sample. 

```{r pseudobulk sce}
# first subset the coldata 
# to only have the columns we care about for pseudo-bulking 
pb_groups <- colData(rms_sce)[, c("celltype_broad", "sample")]

# create a new SCE object that contains 
# the pseudo-bulked counts across the provided groups 
pb_sce <- scuttle::aggregateAcrossCells(rms_sce, 
                                        id = pb_groups)

# column names aren't automatically added to the pseudo-bulked sce, 
# so let's add them in 
colnames(pb_sce) <- glue::glue(
  "{pb_sce$celltype_broad}_{pb_sce$sample}"
)

pb_sce
```

How does the new pseudo-bulked `SingleCellExperiment` look different? 
How many columns does it have? 

Let's take a look at what the `colData` looks like in the pseudo-bulked SCE object. 

```{r pseudobulk colData, live=TRUE}
# note the new column with number of cells per group 
head(colData(pb_sce)) |>
  as.data.frame()
```

You should see that columns such as `sum`, `detected`, `subsets_mito_sum`, and other columns that typically contain per cell QC statistics now contain `NA` rather than numeric values. 
This is because these values were initially calculated on a per cell level (we did this using `scuttle::addPerCellQCMetrics()`), but we no longer have a single column per cell.
Instead, each column now represents a _group_ of cells, in this case comprised of cells of a given cell type and sample combination.
Therefore, the values that we calculated on a per-cell level are no longer applicable to this pseudo-bulked SCE object.

You should also see a new column that wasn't present previously, the `ncells` column.
This column was added during pseudo-bulking and indicates the total number of cells that were summed together to form each column of the SCE object.

Before we proceed we will want to filter out any columns that have a low number of cells.
A low number of cells will usually result in small counts that can cause issues with the statistical approximations made during differential expression analysis.
This is equivalent to filtering out any libraries in bulk RNA-seq analysis that have low library sizes.

We can set a threshold for the number of cells required to continue with our analysis and remove any groups that do not meet the minimum threshold.
Here we will use 10, but the threshold you use for your dataset can vary depending on the composition of cell types.

```{r filter pseudobulk, live=TRUE}
# remove any groups with fewer than 10 cells
filter_pb_sce <- pb_sce[, pb_sce$ncells >= 10]
```

We can then take a look and see how many cell type-sample columns we removed, if any.

```{r print dim, live=TRUE}
# print out dimensions of unfiltered pseudobulk sce
dim(pb_sce)

# dimensions of filtered pseudobulk sce 
dim(filter_pb_sce)
```

It looks like we only got rid of one group.
We can do a quick check to see which group was removed by finding which column is no longer present in the filtered object.

```{r removed columns, live=TRUE}
# find removed columns
removed_cols <- !(colnames(pb_sce) %in% colnames(filter_pb_sce))

# print out missing columns
colnames(pb_sce)[removed_cols]
```

The last step we want to do to prepare our dataset for DE is to subset the pseudo-bulked SCE object to contain only the cell type that we are interested in comparing across the two RMS subtypes.
As mentioned previously, we are specifically interested in the `Tumor_Myoblast` cell type.

```{r filter celltype}
# logical vector indicating if cells are tumor myoblast or not
myoblast_cells <- filter_pb_sce$celltype_broad == "Tumor_Myoblast"

# create a new sce with only the tumor myoblasts
tumor_myoblast_sce <- filter_pb_sce[, myoblast_cells]
```

After filtering for our cell type of interest we should have a dataset with 6 columns, 1 for each group of `Tumor_Myoblast` cells in each of our 6 samples.

### Perform differential expression with `DESeq2`

Now we will use the `DESeq2` package to perform differential expression (DE) analysis on our pseudo-bulked SCE object.
From this point, we can proceed in the same way we would if we had a bulk RNA-seq dataset with 6 samples.
We will start with the unnormalized raw counts in the `counts` assay of the pseudo-bulked SCE and do the following with `DESeq2`:

- Create a `DESeqDataSet` object
- Normalize and log transform the counts data
- Estimate dispersions and shrink estimates
- Fit a negative binomial model and perform hypothesis testing using Wald statistics

You can also refer to our [materials from our previous workshops covering bulk RNA-seq](https://github.com/AlexsLemonade/training-modules/tree/master/RNA-seq#readme) for more information on using `DESeq`.

#### Create the `DESeqDataSet` object

To create the `DESeqDataSet` object we will need the unnormalized counts matrix, the metadata associated with the samples, and a design formula.
The first two items are already stored in our SCE object, so we can create a `DESeqDataSet` object directly from that object using the `DESeqDataSet()` function.
The design formula is used to indicate which columns of the metadata need to be considered in the DE comparison.
For our experiment we are comparing gene expression between different RMS subtypes.
The subtype information is stored in the `diagnosis_group` column of the `colData` in the pseudo-bulked SCE.

```{r deseq object, live=TRUE}
# set up the deseq object, group by diagnosis
deseq_object <- DESeq2::DESeqDataSet(tumor_myoblast_sce,
                                     design = ~ diagnosis_group)
```

The pseudo-bulked SCE object contains only one assay: the `counts` assay.
This is because `DESeq2` expects raw counts.
When we run `DESeq2` on our dataset, raw counts will first be normalized using size factors to account for differences in total sample counts.
Therefore we don't have to do any normalization on our own – we'll let `DESeq2` do all the work for us.

However, before we dive into DE analysis, we can do some initial exploration and visualization of our data to see if our samples separate by our known factor of interest, RMS subtype.
In particular, we can use principal component analysis (PCA) of our pseudo-bulked dataset to visualize any variation between samples.
If there is variation between RMS subtypes, we expect their respective samples to separate in PC space, likely indicating presence of differentially expressed genes.
We can evaluate this by plotting PC1 and PC2.

In order to create our PCA plot, we will first need to normalize our data to account for any technical variations across samples.
As a reminder, this is NOT required for running `DESeq2` analysis; we are just using it to visualize our data prior to DE analysis.

```{r normalize}
# estimate size factors first
deseq_object <- DESeq2::estimateSizeFactors(deseq_object)

# normalize and log transform to use for visualization
normalized_object <- DESeq2::rlog(deseq_object, 
                                  blind = TRUE)
normalized_object
```

We now have a normalized and transformed object that can be directly input to the `DESeq2::plotPCA()` function, which will both calculate and plot the PC results.

```{r plotPCA, live=TRUE}
DESeq2::plotPCA(normalized_object, intgroup = "diagnosis_group")
```

As expected we see that samples group together based on RMS subtype and are separated along the PC1 axis, the PC contributing the highest amount of variation.

#### Run `DESeq`

We'll now use the convenience function `DESeq()` to perform our differential expression analysis.
This function calculates normalization factors, estimates gene-wise dispersions, fits a negative binomial model and performs hypothesis testing using Wald statistics.

```{r deseq, live=TRUE}
# run DESeq
deseq_object <- DESeq2::DESeq(deseq_object)
```

We can evaluate how well the model fit our data by looking at the dispersion estimates.
We expect to see the dispersion estimates decrease as means are increasing and follow the line of best fit. 

```{r plot dispersion, live=TRUE}
plotDispEsts(deseq_object)
```

Now we can extract the results from the object, specifying the p-value threshold that we would like to use.

```{r results, live=TRUE}
# extract the results as a DataFrame
deseq_results <- DESeq2::results(deseq_object, alpha = 0.05)
```

But we aren't done yet!

The estimates of log2 fold change calculated by `DESeq()` are not corrected for expression level.
This means that when counts are small, we are likely to end up with some large fold change values that overestimate the true extent of the change between conditions.

We can correct this by applying a "shrinkage" procedure, which will adjust large values with small counts downward, while preserving values with larger counts, which are likely to be more accurate.

To do this, we will use the `lfcShrink()` function, but first we need to know the name and/or position of the "coefficient" that was calculated by `DESeq()`, which we can do with the `resultsNames()` function.

```{r coefficient, live=TRUE}
# identify position of coefficient
DESeq2::resultsNames(deseq_object)
```


```{r shrinkage}
# appyly logFC shrinkage using the default model
shrink_results <- DESeq2::lfcShrink(
  deseq_object, 
  res = deseq_results, 
  coef = 2,
  type = "apeglm"
)
head(shrink_results)
```

If you look at our `shrink_results` object, we see that the genes are labeled with the Ensembl gene identifiers, as those were the row names of the pseudo-bulked SCE we used as input to build our `DESeq2` object.
Although some of us may have all of the identifiers memorized by heart, it can be useful to have a human readable symbol in our results.
Before we save the results as a file, we will grab the gene symbols from the `rowData` of our original SCE object and add them as a new column.

```{r add gene symbol}
deseq_results <- shrink_results |>
  # directly add Ensembl id as a column
  # converting results into a data frame
  tibble::as_tibble(rownames = "ensembl_id")

# convert rowdata to data frame 
sce_rowdata_df <- rowData(tumor_myoblast_sce) |>
  # create a column with rownames stored as ensembl id
  # use for joining with deseq results
  tibble::as_tibble(rownames = "ensembl_id")

# combine deseq results with rowdata by ensembl id 
deseq_results <- deseq_results |>
  dplyr::left_join(sce_rowdata_df, by = "ensembl_id")

head(deseq_results)
```

We can save the new data frame that we have created with the Ensembl identifiers, gene symbols, and the `DESeq2` results as a tab separated (`tsv`) file.

```{r save deseq, live=TRUE}
# save our results as tsv
readr::write_tsv(deseq_results, deseq_output_file)
```

The last thing that we will do is take a look at how many genes are significant.
Here we will want to use the adjusted p-value, found in the `padj` column of the results, as this accounts for multiple test correction.

```{r significant results, live=TRUE}
# first look at the significant results 
deseq_results_sig <- deseq_results |>
  # filter based on adjusted pvalue
  dplyr::filter(padj <= 0.05)

head(deseq_results_sig)
```


### Exploring the identified differentially expressed genes 

Now that we have identified a set of genes that are differentially expressed in the tumor myoblasts between ARMS and ERMS subtypes, lets actually take a look at them and see if we can make some informative plots.
The first plot we'll make is a volcano plot using the [`EnhancedVolcano` package](https://github.com/kevinblighe/EnhancedVolcano).
This package automatically colors the points by cutoffs for both significance and fold change and labels many of the significant genes (subject to spacing).
`EnhancedVolcano` has many, many options, which is a good thing if you don't like all of its default settings.
Even better, it outputs a `ggplot2` object, so if we want to customize the plot further, we can use the same `ggplot2` commands we have used before.

```{r volcano}
EnhancedVolcano::EnhancedVolcano(deseq_results,
                x = 'log2FoldChange', # fold change statistic to plot
                y = 'pvalue', # significance values
                lab = deseq_results$gene_symbol, # labels for points
                pCutoff = 1e-05, # p value cutoff (default)
                FCcutoff = 1, # fold change cutoff (default)
                title = NULL, # no title
                subtitle = NULL, # or subtitle
                caption = NULL, # or caption
                drawConnectors = TRUE, # add some fun arrows
                labSize = 3  # smaller labels
                ) +
  # change the overall theme
  theme_bw() +
  # move the legend to the bottom
  theme(legend.position = "bottom")
```


We can also return back to the SCE object that we used to create our pseudo-bulked SCE and look at gene expression of some of the significant genes. 
We can create UMAP plots as we did previously, but instead of labeling each cell with metadata, we can color cells by a specified gene's expression levels.
We will also use some of the `ggplot2` skills we picked up earlier, like `facet_grid()` to plot cells from different RMS subtypes separately.
This can help us validate the `DESeq2` results so that we can visualize gene expression changes across our cell type of interest on a single-cell level. 

```{r expression umap, live=TRUE}
# filter to just myoblast cells and remove any NA's before plotting
myoblast_combined_sce <- rms_sce[, which(rms_sce$celltype_broad == "Tumor_Myoblast")]

# plot PTPRT (ENSG00000196090) expression in ARMS vs. ERMS
scater::plotReducedDim(myoblast_combined_sce,
                       dimred = "fastmnn_UMAP",
                       color_by = "ENSG00000196090", #PTPRT
                       point_size= 0.5,
                       point_alpha = 0.4,
                       other_fields = "diagnosis_group") +
  facet_grid(cols = vars(diagnosis_group))
```

In the above plot we only plotted the tumor myoblast cells that we used in our DE analysis. 
However, we might be interested to see the expression of genes that are differentially expressed in other cell types present in our samples.

```{r celltype comparison}
# let's compare gene expression across some other cell types
# look at all tumor cells and pick one normal cell type
celltypes <- c("Tumor_Myoblast", 
               "Tumor_Mesoderm", 
               "Tumor_Myocyte", 
               "Vascular Endothelium")

# subset to just celltypes that we are interested in
tumor_sce <- rms_sce[, which(rms_sce$celltype_broad %in% celltypes)]
```

Next we will look at a few DE genes that we identified, one up regulated gene and one down regulated gene, and compare their expression in myoblasts to other cell types in ARMS and ERMS samples.
We will use the `scater::plotExpression()` function to create a violin plot with RMS subtype on the x-axis and gene expression on the y-axis.
We can continue using `facet_grid()` to show separate panels for each cell type.
Because we want to show multiple genes here, we are going to add an additional option to `facet_grid()` to include multiple rows in our plot grid, one for each gene of interest.
One neat trick of the `scater::plotExpression()` function is that it actually creates a `Feature` column which corresponds to the features (in this case genes) being used in plotting.
We can then directly reference that `Feature` column when plotting, instead of using the `other_fields` option we used previously.

```{r multi-gene plot}
# pick a couple genes to look at 
genes_to_plot <- c("ENSG00000196090", #PTPRT
                   "ENSG00000148935") #GAS2

# create a violin plot 
scater::plotExpression(tumor_sce,
                       # a vector of genes to plot
                       features = genes_to_plot, 
                       x = "diagnosis_group", 
                       color_by = "diagnosis_group",
                       other_fields = "celltype_broad",
                       point_size = 0.1) +
  # each celltype is its own column
  facet_grid(cols = vars(celltype_broad),
             # each feature (gene) is its own row
             rows = vars(Feature)) + 
  # change the font size of the facet labels
  theme(strip.text = element_text(size = 7)) + 
  guides(color = guide_legend(
    title = "Subtype", # update the legend title
    # change the size of the legend colors
    override.aes = list(size = 3, alpha = 1))
    )
```

How do the expression of these genes change across cell types and RMS subtypes?

Go ahead and explore some genes on your own! 
Feel free to plot any of the genes that are identified as significant, found in the DE results table, or your favorite gene.
Remember, you need to use the Ensembl gene identifier to refer to each gene.

```{r explore}
# now do some exploration of other genes on your own! 
```

## Print session info 

```{r session info}
sessionInfo()
```


diff --git a/scRNA-seq-advanced/04-gene_set_enrichment_analysis-live.Rmd b/scRNA-seq-advanced/04-gene_set_enrichment_analysis-live.Rmd new file mode 100644 index 00000000..2f9122b6 --- /dev/null +++ b/scRNA-seq-advanced/04-gene_set_enrichment_analysis-live.Rmd @@ -0,0 +1,281 @@ +--- +title: "Pathway analysis: Gene Set Enrichment Analysis (GSEA)" +output: + html_notebook: + toc: true + toc_float: true +author: CCDL for ALSF +date: 2024 +--- + +## Objectives + +This notebook will demonstrate how to: + +- Prepare tabular data of gene-level statistics for use with Gene Set Enrichment Analysis (GSEA) +- Access [Molecular Signatures Database gene set collections](https://www.gsea-msigdb.org/gsea/msigdb/collections.jsp) via the `msigdbr` package +- Perform GSEA with the `clusterProfiler` package +- Visualize GSEA results with the `enrichplot` package + +--- + +In this notebook, we'll analyze the differential expression results from the last notebook. + +GSEA is a functional class scoring (FCS) approach to pathway analysis that was first introduced in [Subramanian _et al._ (2005)](https://doi.org/10.1073/pnas.0506580102). +The rationale behind FCS approaches is that small changes in individual genes that participate in the same biological process or pathway can be significant and of biological interest. + +There are 3 general steps in FCS methods ([Khatri _et al._ 2012](https://doi.org/10.1371/journal.pcbi.1002375)): + +1. Calculate a gene-level statistic (here, we'll use the summary log fold changes in our DESeq2 results) +2. Aggregate gene-level statistics into a pathway-level statistic +3. Assess the statistical significance of the pathway-level statistic + +#### Other resources + +* For another example using `clusterProfiler` for GSEA, see [_Intro to DGE: Functional Analysis._ from Harvard Chan Bioinformatics Core Training.](https://hbctraining.github.io/Training-modules/DGE-functional-analysis/lessons/02_functional_analysis.html) +* The way we'll use `clusterProfiler` here uses `fgsea` (Fast Gene Set Enrichment Analysis) under the hood. +You can read more about `fgsea` in [Korotkevich _et al._ (2021)](https://doi.org/10.1101/060012). +* See the [refine.bio examples for "Gene set enrichment analysis - RNA-seq"](https://alexslemonade.github.io/refinebio-examples/03-rnaseq/pathway-analysis_rnaseq_02_gsea.html) from which this material has been adapted. + +## Set up + +### Libraries + +```{r libraries} +# Package to run GSEA +library(clusterProfiler) +# Package that contains the MSigDB gene sets in tidy format +library(msigdbr) +``` + +### Directories and Files + +#### Directories + +```{r create_dir, live = TRUE} +# We'll use the marker genes as GSEA input + +# We'll create a directory to specifically hold the pathway results if it doesn't +# exist yet + +``` + +#### Input files + + +```{r input_files} +input_file <- file.path(rms_analysis_dir, + "deseq", + "rms_myoblast_deseq_results.tsv") +``` + +#### Output files + +We'll save our table of GSEA results as a TSV. + +```{r output_files} +output_file <- file.path(results_dir, + "rms_myoblast_gsea_results.tsv") +``` + +## Gene sets + +We will use gene sets from the [Molecular Signatures Database (MSigDB)](https://www.gsea-msigdb.org/gsea/msigdb/index.jsp) from the Broad Institute ([Subramanian, Tamayo *et al.* 2005](https://doi.org/10.1073/pnas.0506580102)). +The [`msigdbr`](https://cran.r-project.org/web/packages/msigdbr/index.html) package contains MSigDB datasets already in the tidy format required by `clusterProfiler` and supports multiple organisms. + +Let's take a look at what organisms the package supports. + +```{r show_species} +msigdbr_species() +``` + +MSigDB contains 8 different gene set collections. + + H: hallmark gene sets + C1: positional gene sets + C2: curated gene sets + C3: motif gene sets + C4: computational gene sets + C5: GO gene sets + C6: oncogenic signatures + C7: immunologic signatures + +We'll use the Hallmark collection for GSEA. +Here's an excerpt of the [collection description](https://www.gsea-msigdb.org/gsea/msigdb/collection_details.jsp#H): + +> Hallmark gene sets summarize and represent specific well-defined biological states or processes and display coherent expression. These gene sets were generated by a computational methodology based on identifying gene set overlaps and retaining genes that display coordinate expression. The hallmarks reduce noise and redundancy and provide a better delineated biological space for GSEA. + +Notably, there are only 50 gene sets included in this collection. +The fewer gene sets we test, the lower our multiple hypothesis testing burden. + +We can retrieve only the Hallmark gene sets by specifying `category = "H"` to the `msigdbr()` function. + +```{r immunologic_sets, live = TRUE} + +``` + +## Gene Set Enrichment Analysis + +_Adapted from [refine.bio examples](https://github.com/AlexsLemonade/refinebio-examples/blob/33cdeff66d57f9fe8ee4fcb5156aea4ac2dce07f/03-rnaseq/pathway-analysis_rnaseq_02_gsea.Rmd)_ + +![](diagrams/subramanian_fig1.jpg) + +**Figure 1. [Subramanian _et al._ (2005)](https://doi.org/10.1073/pnas.0506580102).** + +GSEA calculates a pathway-level metric, called an enrichment score (sometimes abbreviated as ES), by ranking genes by a gene-level statistic. +This score reflects whether or not a gene set or pathway is over-represented at the top or bottom of the gene rankings ([Subramanian _et al._ 2005](https://doi.org/10.1073/pnas.0506580102); [Yu](http://yulab-smu.top/clusterProfiler-book/chapter2.html#gene-set-enrichment-analysis)) + +Specifically, all genes are ranked from most positive to most negative based on their statistic and a running sum is calculated: +Starting with the most highly ranked genes, the running sum increases for each gene in the pathway and decreases for each gene not in the pathway. +The enrichment score for a pathway is the running sum's maximum deviation from zero. +GSEA also assesses statistical significance of the scores for each pathway through permutation testing. +As a result, each input pathway will have a p-value associated with it that is then corrected for multiple hypothesis testing ([Subramanian _et al._ 2005](https://doi.org/10.1073/pnas.0506580102); [Yu](http://yulab-smu.top/clusterProfiler-book/chapter2.html#gene-set-enrichment-analysis)). + +The implementation of GSEA we use in here examples requires a gene list ordered by some statistic and input gene sets. +When you use previously computed gene-level statistics with GSEA, it is called GSEA pre-ranked. + +## DESeq2 results + +```{r read_in_markers, live = TRUE} + +``` + +```{r deseq_head} +head(deseq_df) +``` + +This data frame uses Ensembl gene identifiers. +We'll need to make sure our gene sets use the same identifiers. +Let's take a look at the first few rows of the data frame that contains the hallmark gene sets. + +```{r hallmark_head, live = TRUE} + +``` + +We can see that the gene sets from `msigdbr` have Ensembl gene identifiers associated with them, so we don't need to do any conversion. +However, we'll need to pass the correct column to the function that runs GSEA. + +If we needed to do gene identifier conversion, we would likely use the `AnnotationDbi` package. +You can see an example in this Harvard Chan Bioinformatics Core Training material: + +One good thing about Ensembl gene identifiers is that they are less likely to be duplicated than, for example, gene symbols. +(Multiple Ensembl gene identifiers can map to the same symbol.) + +The GSEA approach requires on discriminating between genes that are in a gene set and those that are not. +Practically speaking, gene sets are just collections of gene identifiers! +When the function we use for GSEA pre-ranked gets a list with duplicated gene identifiers, it can produce unexpected results. +So, let's check for duplicates in the data frame of DESeq2 results. + +```{r check_duplicates, live = TRUE} + +``` + +There are no duplicates for us to worry about! + +### Pre-ranked list + +The `GSEA()` function takes a pre-ranked (sorted) named vector of statistics, where the names in the vector are gene identifiers. +This is step 1 -- gene-level statistics. + +```{r lfc_vector} +lfc_vector <- deseq_df |> + # Extract a vector of `log2FoldChange` named by `ensembl_id` + dplyr::pull(log2FoldChange, name = ensembl_id) +lfc_vector <- sort(lfc_vector, decreasing = TRUE) +``` + +Let's look at the top ranked values. + +```{r head_lfc, live = TRUE} +# Look at first entries of the log fold change vector + +``` + +And the bottom of the list. + +```{r tail_lfc, live = TRUE} +# Look at the last entries of the log fold change vector + +``` + +## Run GSEA + +Now for the analysis! + +We can use the `GSEA()` function to perform GSEA with any generic set of gene sets, but there are several functions for using specific, commonly used gene sets (e.g., `gseKEGG()`). + +```{r run_gsea} +gsea_results <- GSEA(geneList = lfc_vector, # ordered ranked gene list + minGSSize = 25, # minimum gene set size + maxGSSize = 500, # maximum gene set set + pvalueCutoff = 0.05, + pAdjustMethod = "BH", # correction for multiple hypothesis testing + TERM2GENE = dplyr::select(hs_hallmarks_df, + gs_name, + ensembl_gene)) # pass the correct identifier column +``` +Let's take a look at the GSEA results. + +```{r view_gsea, live = TRUE, eval = FALSE} + +``` + +Normalized enrichment scores (NES) are enrichment scores that are scaled to make gene sets that contain different number of genes comparable. + +Pathways with significant, highly positive NES are enriched in ERMS myoblasts, whereas pathways with significant, highly negative NES are enriched in ARMS myoblasts. + +Let's write these results to file. + +```{r write_gsea} +gsea_results@result |> readr::write_tsv(output_file) +``` + +### Visualizing GSEA results + +We can visualize GSEA results for individual pathways or gene sets using `enrichplot::gseaplot()`. +Let's take a look at 3 different pathways -- one with a highly positive NES, one with a highly negative NES, and one that was not a significant result -- to get more insight into how ES are calculated. + +#### Highly Positive NES + +Let's take look at a pathway with a highly positive NES (`HALLMARK_MYC_TARGETS_V2`) using a GSEA plot. + +```{r highly_pos} +enrichplot::gseaplot(gsea_results, + geneSetID = "HALLMARK_MYC_TARGETS_V2", + title = "HALLMARK_MYC_TARGETS_V2", + color.line = "#0066FF") +``` + +Notice how the genes that are in the gene set, indicated by the black bars, tend to be on the left side of the graph indicating that they have positive gene-level scores. + +#### Highly Negative NES + +The gene set `HALLMARK_MYOGENESIS` had a highly negative NES. + +```{r highly_neg} +enrichplot::gseaplot(gsea_results, + geneSetID = "HALLMARK_MYOGENESIS", + title = "HALLMARK_MYOGENESIS", + color.line = "#0066FF") +``` + +This gene set shows the opposite pattern -- genes in the pathway tend to be on the right side of the graph. + +#### A non-significant result + +The `@results` slot will only show gene sets that pass the `pvalueCutoff` threshold we supplied to `GSEA()`, but we can plot any gene set so long as we know its name. +Let's look at `HALLMARK_P53_PATHWAY`, which was not in the results we viewed earlier. + +```{r p53, live = TRUE} + +``` + +Genes in the pathway are distributed more evenly throughout the ranked list, resulting in a more "middling" score. + +*Note: The plots returned by `enrichplot::gseaplot` are ggplots, so we could use `ggplot2::ggsave()` to save them to file if we wanted to.* + +## Session Info + +```{r session_info} +sessionInfo() +``` diff --git a/scRNA-seq-advanced/04-gene_set_enrichment_analysis.nb.html b/scRNA-seq-advanced/04-gene_set_enrichment_analysis.nb.html index 5197164f..306d4f57 100644 --- a/scRNA-seq-advanced/04-gene_set_enrichment_analysis.nb.html +++ b/scRNA-seq-advanced/04-gene_set_enrichment_analysis.nb.html @@ -2938,27 +2938,29 @@

Set up

Libraries

- +
# Package to run GSEA
 library(clusterProfiler)
- -

-Registered S3 method overwritten by 'data.table':
-  method           from
-  print.data.table     
-clusterProfiler v4.12.0  For help: https://yulab-smu.top/biomedical-knowledge-mining-book/
+
+
+ + +
clusterProfiler v4.12.0  For help: https://yulab-smu.top/biomedical-knowledge-mining-book/
 
 If you use clusterProfiler in published research, please cite:
-T Wu, E Hu, S Xu, M Chen, P Guo, Z Dai, T Feng, L Zhou, W Tang, L Zhan, X Fu, S Liu, X Bo, and G Yu. clusterProfiler 4.0: A universal enrichment tool for interpreting omics data. The Innovation. 2021, 2(3):100141
-
-Attaching package: ‘clusterProfiler’
-
-The following object is masked from ‘package:stats’:
+T Wu, E Hu, S Xu, M Chen, P Guo, Z Dai, T Feng, L Zhou, W Tang, L Zhan, X Fu, S Liu, X Bo, and G Yu. clusterProfiler 4.0: A universal enrichment tool for interpreting omics data. The Innovation. 2021, 2(3):100141
+ + +

+Attaching package: 'clusterProfiler'
+ + +
The following object is masked from 'package:stats':
 
     filter
- - + +
# Package that contains the MSigDB gene sets in tidy format
 library(msigdbr)
@@ -2971,7 +2973,7 @@

Directories and Files

Directories

- +
# We'll use the marker genes as GSEA input
 rms_analysis_dir <- file.path("analysis", "rms")
 
@@ -2987,7 +2989,7 @@ 

Directories

Input files

- +
input_file <- file.path(rms_analysis_dir,
                         "deseq",
                         "rms_myoblast_deseq_results.tsv")
@@ -3000,7 +3002,7 @@

Output files

We’ll save our table of GSEA results as a TSV.

- +
output_file <- file.path(results_dir,
                          "rms_myoblast_gsea_results.tsv")
@@ -3019,16 +3021,14 @@

Gene sets

Let’s take a look at what organisms the package supports.

- +
msigdbr_species()
-
-

MSigDB contains 8 different gene set collections.

@@ -3058,7 +3058,7 @@

Gene sets

category = "H" to the msigdbr() function.

- +
hs_hallmarks_df <- msigdbr(species = "Homo sapiens",
                            category = "H")
@@ -3069,7 +3069,7 @@

Gene sets

Gene Set Enrichment Analysis

Adapted from refine.bio examples

-

+

Figure 1. Subramanian et al. (2005).

GSEA calculates a pathway-level metric, called an enrichment score @@ -3096,33 +3096,31 @@

Gene Set Enrichment Analysis

DESeq2 results

- +
deseq_df <- readr::read_tsv(input_file)
- +
Rows: 60319 Columns: 27
-── Column specification ─────────────────────────────────────────────────────────────────────────────────────────────────────────────
+── Column specification ────────────────────────────────────────────────────────
 Delimiter: "\t"
 chr  (2): ensembl_id, gene_symbol
-dbl (25): baseMean, log2FoldChange, lfcSE, pvalue, padj, SCPCL000478.mean, SCPCL000478.detected, SCPCL000479.mean, SCPCL000479.de...
+dbl (25): baseMean, log2FoldChange, lfcSE, pvalue, padj, SCPCL000478.mean, S...
 
 ℹ Use `spec()` to retrieve the full column specification for this data.
 ℹ Specify the column types or set `show_col_types = FALSE` to quiet this message.
- + - +
head(deseq_df)
-
-

This data frame uses Ensembl gene identifiers. We’ll need to make @@ -3131,16 +3129,14 @@

DESeq2 results

sets.

- +
head(hs_hallmarks_df)
-
-

We can see that the gene sets from msigdbr have Ensembl @@ -3161,7 +3157,7 @@

DESeq2 results

frame of DESeq2 results.

- +
any(duplicated(deseq_df$ensembl_id))
@@ -3177,7 +3173,7 @@

Pre-ranked list

identifiers. This is step 1 – gene-level statistics.

- +
lfc_vector <- deseq_df |>
   # Extract a vector of `log2FoldChange` named by `ensembl_id`
   dplyr::pull(log2FoldChange, name = ensembl_id)
@@ -3188,26 +3184,30 @@ 

Pre-ranked list

Let’s look at the top ranked values.

- +
# Look at first entries of the log fold change vector
 head(lfc_vector)
- -
ENSG00000263366 ENSG00000223760 ENSG00000253377 ENSG00000265843 ENSG00000104722 ENSG00000228835 
-      11.364714       10.573752       10.476990       10.199449       10.019651        9.898818 
+ +
ENSG00000263366 ENSG00000223760 ENSG00000253377 ENSG00000265843 ENSG00000104722 
+      11.364714       10.573752       10.476990       10.199449       10.019651 
+ENSG00000228835 
+       9.898818 

And the bottom of the list.

- +
# Look at the last entries of the log fold change vector
 tail(lfc_vector)
- -
ENSG00000269186 ENSG00000268388 ENSG00000165606 ENSG00000285640 ENSG00000118432 ENSG00000184221 
-      -10.93216       -11.35119       -11.36925       -11.90034       -11.92082       -12.12577 
+ +
ENSG00000269186 ENSG00000268388 ENSG00000165606 ENSG00000285640 ENSG00000118432 
+      -10.93216       -11.35119       -11.36925       -11.90034       -11.92082 
+ENSG00000184221 
+      -12.12577 
@@ -3221,7 +3221,7 @@

Run GSEA

specific, commonly used gene sets (e.g., gseKEGG()).

- +
gsea_results <- GSEA(geneList = lfc_vector,  # ordered ranked gene list
                      minGSSize = 25,  # minimum gene set size
                      maxGSSize = 500,  # maximum gene set set
@@ -3231,17 +3231,25 @@ 

Run GSEA

gs_name, ensembl_gene)) # pass the correct identifier column
- -
using 'fgsea' for GSEA analysis, please cite Korotkevich et al (2019).
-
-preparing geneSet collections...
-GSEA analysis...
-Warning in preparePathwaysAndStats(pathways, stats, minSize, maxSize, gseaParam,  :
-  There are ties in the preranked stats (20.32% of the list).
-The order of those tied genes will be arbitrary, which may produce unexpected results.
-leading edge analysis...
-done...
- + +
using 'fgsea' for GSEA analysis, please cite Korotkevich et al (2019).
+ + +
preparing geneSet collections...
+ + +
GSEA analysis...
+ + +
Warning in preparePathwaysAndStats(pathways, stats, minSize, maxSize, gseaParam, : There are ties in the preranked stats (20.32% of the list).
+The order of those tied genes will be arbitrary, which may produce unexpected results.
+ + +
leading edge analysis...
+ + +
done...
+

Let’s take a look at the GSEA results.

@@ -3263,7 +3271,7 @@

Run GSEA

Let’s write these results to file.

- +
gsea_results@result |> readr::write_tsv(output_file)
@@ -3281,14 +3289,14 @@

Highly Positive NES

(HALLMARK_MYC_TARGETS_V2) using a GSEA plot.

- +
enrichplot::gseaplot(gsea_results,
                      geneSetID = "HALLMARK_MYC_TARGETS_V2",
                      title = "HALLMARK_MYC_TARGETS_V2",
                      color.line = "#0066FF")
- -

+ +

@@ -3302,14 +3310,14 @@

Highly Negative NES

NES.

- +
enrichplot::gseaplot(gsea_results,
                      geneSetID = "HALLMARK_MYOGENESIS",
                      title = "HALLMARK_MYOGENESIS",
                      color.line = "#0066FF")
- -

+ +

@@ -3325,14 +3333,14 @@

A non-significant result

viewed earlier.

- +
enrichplot::gseaplot(gsea_results,
                      geneSetID = "HALLMARK_P53_PATHWAY",
                      title = "HALLMARK_P53_PATHWAY",
                      color.line = "#0066FF")
- -

+ +

@@ -3348,11 +3356,11 @@

A non-significant result

Session Info

- +
sessionInfo()
- -
R version 4.4.0 (2024-04-24)
+
+
R version 4.4.1 (2024-06-14)
 Platform: x86_64-pc-linux-gnu
 Running under: Ubuntu 22.04.4 LTS
 
@@ -3361,43 +3369,58 @@ 

Session Info

LAPACK: /usr/lib/x86_64-linux-gnu/openblas-pthread/libopenblasp-r0.3.20.so; LAPACK version 3.10.0 locale: - [1] LC_CTYPE=C.UTF-8 LC_NUMERIC=C LC_TIME=C.UTF-8 LC_COLLATE=C.UTF-8 LC_MONETARY=C.UTF-8 - [6] LC_MESSAGES=C.UTF-8 LC_PAPER=C.UTF-8 LC_NAME=C LC_ADDRESS=C LC_TELEPHONE=C -[11] LC_MEASUREMENT=C.UTF-8 LC_IDENTIFICATION=C + [1] LC_CTYPE=en_US.UTF-8 LC_NUMERIC=C + [3] LC_TIME=en_US.UTF-8 LC_COLLATE=en_US.UTF-8 + [5] LC_MONETARY=en_US.UTF-8 LC_MESSAGES=en_US.UTF-8 + [7] LC_PAPER=en_US.UTF-8 LC_NAME=C + [9] LC_ADDRESS=C LC_TELEPHONE=C +[11] LC_MEASUREMENT=en_US.UTF-8 LC_IDENTIFICATION=C time zone: Etc/UTC tzcode source: system (glibc) attached base packages: -[1] stats graphics grDevices datasets utils methods base +[1] stats graphics grDevices utils datasets methods base other attached packages: -[1] msigdbr_7.5.1 clusterProfiler_4.12.0 +[1] msigdbr_7.5.1 clusterProfiler_4.12.0 optparse_1.7.5 loaded via a namespace (and not attached): - [1] DBI_1.2.2 gson_0.1.0 shadowtext_0.1.3 gridExtra_2.3 rlang_1.1.3 - [6] magrittr_2.0.3 DOSE_3.30.0 compiler_4.4.0 RSQLite_2.3.6 png_0.1-8 - [11] vctrs_0.6.5 reshape2_1.4.4 stringr_1.5.1 pkgconfig_2.0.3 crayon_1.5.2 - [16] fastmap_1.1.1 XVector_0.44.0 labeling_0.4.3 ggraph_2.2.1 utf8_1.2.4 - [21] HDO.db_0.99.1 tzdb_0.4.0 enrichplot_1.24.0 UCSC.utils_1.0.0 purrr_1.0.2 - [26] bit_4.0.5 xfun_0.43 zlibbioc_1.50.0 cachem_1.0.8 aplot_0.2.2 - [31] GenomeInfoDb_1.40.0 jsonlite_1.8.8 blob_1.2.4 BiocParallel_1.38.0 tweenr_2.0.3 - [36] parallel_4.4.0 R6_2.5.1 stringi_1.8.3 RColorBrewer_1.1-3 GOSemSim_2.30.0 - [41] Rcpp_1.0.12 knitr_1.46 readr_2.1.5 IRanges_2.38.0 Matrix_1.7-0 - [46] splines_4.4.0 igraph_2.0.3 tidyselect_1.2.1 qvalue_2.36.0 rstudioapi_0.16.0 - [51] yaml_2.3.8 viridis_0.6.5 codetools_0.2-20 lattice_0.22-6 tibble_3.2.1 - [56] plyr_1.8.9 treeio_1.28.0 Biobase_2.64.0 withr_3.0.0 KEGGREST_1.44.0 - [61] gridGraphics_0.5-1 scatterpie_0.2.2 polyclip_1.10-6 Biostrings_2.72.0 pillar_1.9.0 - [66] BiocManager_1.30.22 ggtree_3.12.0 renv_1.0.7 stats4_4.4.0 ggfun_0.1.4 - [71] generics_0.1.3 vroom_1.6.5 hms_1.1.3 S4Vectors_0.42.0 ggplot2_3.5.1 - [76] tidytree_0.4.6 munsell_0.5.1 scales_1.3.0 glue_1.7.0 lazyeval_0.2.2 - [81] tools_4.4.0 data.table_1.15.4 fgsea_1.30.0 babelgene_22.9 fs_1.6.4 - [86] graphlayouts_1.1.1 fastmatch_1.1-4 tidygraph_1.3.1 cowplot_1.1.3 grid_4.4.0 - [91] ape_5.8 tidyr_1.3.1 AnnotationDbi_1.66.0 colorspace_2.1-0 nlme_3.1-164 - [96] GenomeInfoDbData_1.2.12 patchwork_1.2.0 ggforce_0.4.2 cli_3.6.2 fansi_1.0.6 -[101] viridisLite_0.4.2 dplyr_1.1.4 gtable_0.3.5 yulab.utils_0.1.4 digest_0.6.35 -[106] BiocGenerics_0.50.0 ggrepel_0.9.5 ggplotify_0.1.2 farver_2.1.1 memoise_2.0.1 -[111] lifecycle_1.0.4 httr_1.4.7 GO.db_3.19.1 bit64_4.0.5 MASS_7.3-60.2
+ [1] DBI_1.2.2 gson_0.1.0 shadowtext_0.1.3 + [4] gridExtra_2.3 rlang_1.1.3 magrittr_2.0.3 + [7] DOSE_3.30.0 compiler_4.4.1 RSQLite_2.3.6 + [10] png_0.1-8 vctrs_0.6.5 reshape2_1.4.4 + [13] stringr_1.5.1 pkgconfig_2.0.3 crayon_1.5.2 + [16] fastmap_1.1.1 XVector_0.44.0 labeling_0.4.3 + [19] ggraph_2.2.1 utf8_1.2.4 HDO.db_0.99.1 + [22] rmarkdown_2.26 tzdb_0.4.0 enrichplot_1.24.0 + [25] UCSC.utils_1.0.0 purrr_1.0.2 bit_4.0.5 + [28] xfun_0.43 zlibbioc_1.50.0 cachem_1.0.8 + [31] aplot_0.2.2 GenomeInfoDb_1.40.0 jsonlite_1.8.8 + [34] blob_1.2.4 highr_0.10 BiocParallel_1.38.0 + [37] tweenr_2.0.3 parallel_4.4.1 R6_2.5.1 + [40] bslib_0.7.0 stringi_1.8.3 RColorBrewer_1.1-3 + [43] jquerylib_0.1.4 GOSemSim_2.30.0 Rcpp_1.0.12 + [46] knitr_1.46 readr_2.1.5 IRanges_2.38.0 + [49] Matrix_1.7-0 splines_4.4.1 igraph_2.0.3 + [52] tidyselect_1.2.1 qvalue_2.36.0 yaml_2.3.8 + [55] viridis_0.6.5 codetools_0.2-20 lattice_0.22-6 + [58] tibble_3.2.1 plyr_1.8.9 treeio_1.28.0 + [61] Biobase_2.64.0 withr_3.0.0 KEGGREST_1.44.0 + [64] evaluate_0.23 gridGraphics_0.5-1 scatterpie_0.2.2 + [67] getopt_1.20.4 polyclip_1.10-6 Biostrings_2.72.0 + [70] ggtree_3.12.0 pillar_1.9.0 stats4_4.4.1 + [73] ggfun_0.1.4 generics_0.1.3 vroom_1.6.5 + [76] hms_1.1.3 S4Vectors_0.42.0 ggplot2_3.5.1 + [79] tidytree_0.4.6 munsell_0.5.1 scales_1.3.0 + [82] glue_1.7.0 lazyeval_0.2.2 tools_4.4.1 + [85] data.table_1.15.4 fgsea_1.30.0 babelgene_22.9 + [88] fs_1.6.4 graphlayouts_1.1.1 fastmatch_1.1-4 + [91] tidygraph_1.3.1 cowplot_1.1.3 grid_4.4.1 + [94] ape_5.8 tidyr_1.3.1 AnnotationDbi_1.66.0 + [97] colorspace_2.1-0 nlme_3.1-164 patchwork_1.2.0 +[100] GenomeInfoDbData_1.2.12 + [ reached getOption("max.print") -- omitted 20 entries ]
diff --git a/scRNA-seq-advanced/05-aucell-live.Rmd b/scRNA-seq-advanced/05-aucell-live.Rmd new file mode 100644 index 00000000..93d9e48a --- /dev/null +++ b/scRNA-seq-advanced/05-aucell-live.Rmd @@ -0,0 +1,422 @@ +--- +title: "Pathway Analysis: AUCell" +output: + html_notebook: + toc: true + toc_float: true +author: CCDL for ALSF +date: 2024 +--- + +*Adapted from [the AUCell vignette](https://bioconductor.org/packages/release/bioc/vignettes/AUCell/inst/doc/AUCell.html) and [the `cell-type-ewings` module](https://github.com/AlexsLemonade/OpenScPCA-analysis/tree/main/analyses/cell-type-ewings) that is part of the Open Single-cell Pediatric Cancer Atlas project.* + +## Objectives + +- Introduce the `AUCell` R package +- Illustrate how AUC values are calculated +- Demonstrate how AUC values can be used for cell assignment and plotting + +--- + +In this notebook, we'll demonstrate how to use the AUCell method, introduced in [Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463). + +We can use AUCell when we are interested in a gene set's relative expression or activity in an individual cell. +Gene sets can come from a curated collection of prior knowledge, like the Hallmark collection we used in the last notebook, or we can use our own custom gene sets (e.g., a set of marker genes for a cell type of interest). + +A nice feature of AUCell is that it is based on ranking genes from highest to lowest expression value in an individual cell, which is helpful in the following ways ([AUCell vignette](https://bioconductor.org/packages/release/bioc/vignettes/AUCell/inst/doc/AUCell.html)): + +- It can take a number of different values as input (e.g., raw counts, TPM) +- It compensates for differences in library size, where something like averaging raw count values of genes in a gene set would not +- It scales to larger datasets, since creating rankings is not as resource-intensive as something like permutation testing, and we could split up the object into subsets of cells if needed + +AUCell calculates the area under the recovery curve (AUC), which "represents the proportion of expressed genes in the signature and their relative expression value compared to the other genes within the cell" ([Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463)). +We will visualize some recovery curves in the notebook to give you a better intuition about the AUC and its meaning. + +The AUC values we get out of AUCell can be used in a number of ways ([Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463)): + +- As continuous values we can use for visualization or clustering +- For binary assignment (i.e., "on" and "off" or "expressed" and "not expressed") if we pick a threshold either automatically using built-in functionality or manually by inspecting the distribution of scores ourselves + +We will use an snRNA-seq of a Ewing sarcoma sample from the [`SCPCP000015` project](https://scpca.alexslemonade.org/projects/SCPCP000015) on the Single-cell Pediatric Cancer Atlas Portal and two relevant gene sets from the Molecular Signatures Database (MSigDB) to demonstrate this method. + +## Set up + +### Libraries + +```{r libraries} +# We will be loading a SingleCellExperiment object into our environment but don't need to see the startup messages +suppressPackageStartupMessages({ + library(SingleCellExperiment) +}) + +# Library we'll use for the gene set analysis itself +library(AUCell) + +# Libraries for accessing and working with gene sets +library(GSEABase) +library(msigdbr) +``` + +### Directories and files + +#### Directories + +```{r setup_directories} +# Input data +ewing_data_dir <- fs::path("data", "ewing-sarcoma") +processed_dir <- fs::path(ewing_data_dir, "processed") + +# Directory for holding pathway analysis results +analysis_dir <- fs::path("analysis", "ewing-sarcoma", "pathway-analysis") +# Create if it doesn't exist yet +fs::dir_create(analysis_dir) +``` + +#### Files + +The input will be a `SingleCellExperiment` for an individual Ewing sarcoma library. + +```{r setup_input_files} +sce_file <- fs::path(processed_dir, + "SCPCS000490", + "SCPCL000822_processed.rds") +``` + +We will save the AUCell results as a table in the analysis directory. + +```{r setup_output_files, live = TRUE} + +``` + + +### Functions + +The `source()` function allows us to load in custom functions we saved in an `.R` file. + +```{r source_functions} +source(fs::path("util", "aucell_functions.R")) +``` + +This loads one custom function, called `plot_recovery_curve()`, into our environment. +This function is adapted from [the AUCell vignette](https://github.com/aertslab/AUCell/blob/91753b327a39dc7a4bbed46408ec2271c485f2f0/vignettes/AUCell.Rmd#L295-L316). + +## Set up gene sets + +We are going to use two gene sets pertaining to Ewing sarcoma. + +* [`ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION`](https://www.gsea-msigdb.org/gsea/msigdb/geneset_page.jsp?geneSetName=ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION), which are genes that were highly expressed in a rhabdomyosarcoma cell line engineered to express the EWSR1-FLI1 fusion. +* [`RIGGI_EWING_SARCOMA_PROGENITOR_UP`](https://www.gsea-msigdb.org/gsea/msigdb/cards/RIGGI_EWING_SARCOMA_PROGENITOR_UP), which are genes that were highly expressed in mesenchymal stem cells engineered to express the EWS-FLI1 fusion protein. + +We would expect both of these gene sets to have high expression in tumor cells. + +```{r genesets} +# Create a named vector with the relevant gene set names +ewing_gene_set_names <- c(zhang = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION", + riggi = "RIGGI_EWING_SARCOMA_PROGENITOR_UP") + +ewing_gene_set_names +``` + +These gene sets come from the C2 gene set collection from MSigDB. +Let's retrieve them using `msigdbr()`. + +```{r extract_genesets, live = TRUE} + +``` + +`AUCell` uses gene sets in a particular format that comes from the `GSEABase` package. +We need to create a `GeneSetCollection`. + +```{r gene_set_collection} +ewing_gene_set_collection <- ewing_gene_set_names |> + purrr::map( + # For each gene set + \(gene_set_name) { + ewing_gene_sets_df |> + # Subset to the rows in that gene set + dplyr::filter(gs_name == gene_set_name) |> + # Grab the Ensembl gene identifiers + dplyr::pull(ensembl_gene) |> + # Create a GeneSet object + GeneSet(setName = gene_set_name, + geneIdType = ENSEMBLIdentifier()) + } + ) |> + # Turn the list of GeneSet objects into a GeneSet collection + GeneSetCollection() +``` + +## Read in and prepare SingleCellExperiment + +```{r read_in_sce, live = TRUE} + +``` + +The `AUCell` functions takes an expression matrix with genes as rows and cells as column. +We can extract a counts matrix in sparse format for use with `AUCell`. + +```{r counts_matrix} +# Extract counts matrix +counts_matrix <- counts(sce) +``` + +There may be genes in our gene set that do not appear in the SingleCellExperiment object. +We can remove them using the `subsetGeneSets()` function. + +```{r subset_gene_sets, live = TRUE} +# Remove genes from gene sets if they are not in the SCE + +``` + +## AUCell + +AUCell relies on ranking genes from highest to lowest expression value to calculate the AUC. +The AUC is the area under the recovery curve, which captures the number of genes in a gene set that are present in the rankings above some threshold (i.e., it is the area under the curve to the left of this gene rank). +By default, the top 5% of genes are used as the threshold. + +Some genes will not be detected (i.e., have 0 counts). +Genes can also have the same expression level (i.e., ties). +These undetected genes and ties will be randomly ordered in our ranking. +To make our rankings – and therefore results – reproducible, we will set a seed. + +```{r set_seed, live = TRUE} + +``` + +### Cell ranking + +The first step in AUCell is to rank genes for each cell from highest to lowest expression value. +We can do this using the `AUCell_buildRankings()` function, which will output a visualization showing the distribution of the number of genes detected in the cells in our SingleCellExperiment object. + +```{r cell_rankings, live = TRUE} + +``` + +The AUCell authors recommend making sure most cells have at least the number of genes we will use as the max rank to calculate the AUC. + +The AUC max rank value tells AUCell the cutoff in the gene rankings to use for calculating AUC; we will visualize this curve and max rank in just a moment. +If we picked a max rank higher than the number of genes detected in most cells, the non-detected genes that are randomly ordered would play an outsized role in our AUC values. + +By default, the max rank is the top 5% highest expressed genes. +We can calculate the default max rank by taking into account the number of genes. + +```{r explore_auc_max_rank} +nrow(cell_rankings) * 0.05 +``` + +This number is probably too high, given the distribution of the number of genes detected by cell we visualized with `AUCell_buildRankings()`. + +What if we chose a 1% threshold? + +```{r lower_max_rank, live = TRUE} + +``` + +That is probably a more reasonable choice for this dataset. + +We can use a function called `ceiling()` to round this and save it to a variable for later use. + +```{r auc_max_rank, live = TRUE} + +``` + +### Plotting AUC + +The AUC values we get out of AUCell are the area under a recovery curve and estimate the proportion of genes in the gene set that are highly expressed (i.e., highly ranked). + +Let's plot the recovery curve for a cell with high AUC and a cell with low AUC to get a better intuition about AUC values. +Earlier, we loaded a custom function we adapted from [the AUCell vignette](https://github.com/aertslab/AUCell/blob/91753b327a39dc7a4bbed46408ec2271c485f2f0/vignettes/AUCell.Rmd) called `plot_recovery_curve()` with `source()`. + +First, we'll start with a cell with a high AUC. +We picked this barcode ahead of time when we wrote the notebook. + +```{r high_recovery_curve} +plot_recovery_curve(cell_rankings, + ewing_gene_set_collection, + gene_set_name = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION", + barcode = "CTGAGCGGTCTTTATC", + auc_max_rank = auc_max_rank) # 1% threshold +``` + +The x-axis is the gene ranks for all genes. +The y-axis is the number of genes in the signature at a given point in the gene ranking – the line will rise when a gene in the gene set is encountered in the ranking from highest to lowest. +The AUC is the area under this recovery curve at the max rank threshold chosen for this dataset. + +Now, let's look at an example with a low AUC. + +```{r low_recovery_curve} +plot_recovery_curve(cell_rankings, + ewing_gene_set_collection, + gene_set_name = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION", + barcode = "AGATAGAGTCACAATC", + auc_max_rank = auc_max_rank) # 1% threshold +``` + +Far fewer genes in the gene set are ranked above the threshold, yielding a lower AUC value. + +### Calculating the AUC + +Once we have the rankings, we can calculate the AUC scores for both gene sets in all cells with the `AUCell_calcAUC()` function. + +```{r calc_auc, live = TRUE} + +``` + +This function returns an `aucellResults` object. + +```{r check_str, live = TRUE} + +``` + +It can be much more convenient to work with this in a tabular format. + +```{r auc_to_table} +# Extract AUC +auc_df <- cell_auc@assays@data$AUC |> + # Transpose + t() |> + # Convert to data frame + as.data.frame() |> + # Make the barcodes a column + tibble::rownames_to_column("barcodes") + +# Look at first few rows +head(auc_df) +``` + +### Assignments + +AUCell can assign cells as having an active gene set or not by picking a threshold automatically. +We'll explore these in a later plot, but for now, let's calculate the threshold and assign cells with `AUCell_exploreThresholds()`. + +```{r auc_assignments, live = TRUE} + +``` + +We're going to plot the distribution of AUC values with `ggplot2`, so we will want the AUC values in a longer format. + +```{r auc_plotting_df} +auc_plotting_df <- auc_df |> + tidyr::pivot_longer(!barcodes, + names_to = "gene_set", + values_to = "auc") |> + dplyr::mutate( + # Create a new logical column called assigned + assigned = dplyr::case_when( + # For Zhang gene set rows, set to TRUE when the barcode is in the + # assignment list + gene_set == ewing_gene_set_names[["zhang"]] & + barcodes %in% auc_assignments[[ewing_gene_set_names[["zhang"]]]]$assignment ~ TRUE, + # For Riggi gene set rows, set to TRUE when the barcode is in the + # assignment list + gene_set == ewing_gene_set_names[["riggi"]] & + barcodes %in% auc_assignments[[ewing_gene_set_names[["riggi"]]]]$assignment ~ TRUE, + # Otherwise, set to FALSE + .default = FALSE + ) + ) + +auc_plotting_df +``` + +To draw vertical lines representing the automatically chosen threshold, we can create a separate data frame. + +```{r auc_threshold_df} +auc_threshold_df <- data.frame( + gene_set = ewing_gene_set_names, + # Grab thresholds associated with each gene set from assignements object + threshold = c(auc_assignments[[ewing_gene_set_names["zhang"]]]$aucThr$selected, + auc_assignments[[ewing_gene_set_names["riggi"]]]$aucThr$selected) +) + +auc_threshold_df +``` + +Now let's make a density plot, plotting the density of the assigned and unassigned cells separately and drawing a vertical line for the threshold. + +```{r auc_density_plot} +auc_plotting_df |> + ggplot2::ggplot( + ggplot2::aes( + x = auc, # AUC values + color = assigned, # Group by assignment + fill = assigned, # Group by assignment + ) + ) + + ggplot2::geom_density(alpha = 0.2) + + # Draw a vertical dotted line showing the threshold for each gene set + ggplot2::geom_vline(data = auc_threshold_df, + mapping = ggplot2::aes(xintercept = threshold), + lty = 2) + + # Plot each gene set in its own facet + ggplot2::facet_grid(cols = ggplot2::vars(gene_set)) + + # Use a built-in theme + ggplot2::theme_bw() +``` + +For these particular gene sets, the AUC values appear to be bimodally distributed, and we can easily identify cells where the genes are highly expressed. + +Let's write this table to the output file. + +```{r save_auc} +auc_plotting_df |> + readr::write_tsv(output_file) +``` + +### UMAPs + +#### Adding AUC to `colData` + +We can also add the AUC values back into the SingleCellExperiment for convenience, e.g., for plotting. +We'll add it to the existing `colData`. + +First, let's rename the gene set columns to something more easily typed. + +```{r rename_gene_set} +auc_df <- auc_df |> + # Use shorter names + dplyr::rename(zhang_auc = ewing_gene_set_names[["zhang"]], + riggi_auc = ewing_gene_set_names[["riggi"]]) + +``` + +And join it to the existing `colData`. + +```{r coldata, live = TRUE} +# Extract the existing colData, and left join it with the AUC values by the +# barcodes + +``` + +Now, we're ready to add it back to the object. + +```{r add_back_colData, live = TRUE} +# We need to save this as a DataFrame + +``` + +#### Plotting UMAPs + +We can use the `plotUMAP()` function from the `scater` package to plot a UMAP with the points colored by the AUC value + +```{r plot_umap_zhang} +scater::plotUMAP(sce, colour_by = "zhang_auc") + + # Use the gene set name, replacing underscores with spaces + ggplot2::ggtitle(stringr::str_replace_all(ewing_gene_set_names[["zhang"]], + "\\_", + " ")) +``` + +Let's color the points by the AUC values for the other gene set. + +```{r plot_umap_riggi, live = TRUE} + +``` + +We would want to do something more formal to confirm, but it seems like the same cells have high AUC values for both gene sets! + +## Session Info + +```{r session_info} +sessionInfo() +``` diff --git a/scRNA-seq-advanced/05-aucell.nb.html b/scRNA-seq-advanced/05-aucell.nb.html index 696c8222..9bb6719d 100644 --- a/scRNA-seq-advanced/05-aucell.nb.html +++ b/scRNA-seq-advanced/05-aucell.nb.html @@ -2946,41 +2946,45 @@

Set up

Libraries

- +
# We will be loading a SingleCellExperiment object into our environment but don't need to see the startup messages
 suppressPackageStartupMessages({
   library(SingleCellExperiment)
 })
- -
Warning: replacing previous import ‘S4Arrays::makeNindexFromArrayViewport’ by ‘DelayedArray::makeNindexFromArrayViewport’ when loading ‘SummarizedExperiment’
- - + +
Warning: replacing previous import 'S4Arrays::makeNindexFromArrayViewport' by
+'DelayedArray::makeNindexFromArrayViewport' when loading 'SummarizedExperiment'
+ +
# Library we'll use for the gene set analysis itself
-library(AUCell)
- - -
Registered S3 method overwritten by 'data.table':
-  method           from
-  print.data.table     
- - -
# Libraries for accessing and working with gene sets
+library(AUCell)
+
+# Libraries for accessing and working with gene sets
 library(GSEABase)
- -
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-Loading required package: AnnotationDbi
-Loading required package: XML
-Loading required package: graph
-
-Attaching package: ‘graph’
-
-The following object is masked from ‘package:XML’:
+
+
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+ + +
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+ + +
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+ + +
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+ + +

+Attaching package: 'graph'
+ + +
The following object is masked from 'package:XML':
 
     addNode
- - + +
library(msigdbr)
@@ -2992,7 +2996,7 @@

Directories and files

Directories

- +
# Input data 
 ewing_data_dir <- fs::path("data", "ewing-sarcoma")
 processed_dir <- fs::path(ewing_data_dir, "processed")
@@ -3011,7 +3015,7 @@ 

Files

individual Ewing sarcoma library.

- +
sce_file <- fs::path(processed_dir, 
                      "SCPCS000490", 
                      "SCPCL000822_processed.rds")
@@ -3022,7 +3026,7 @@

Files

directory.

- +
output_file <- fs::path(analysis_dir,
                         "ewing_sarcoma_aucell_results.tsv")
@@ -3036,7 +3040,7 @@

Functions

functions we saved in an .R file.

- +
source(fs::path("util", "aucell_functions.R"))
@@ -3062,7 +3066,7 @@

Set up gene sets

tumor cells.

- +
# Create a named vector with the relevant gene set names
 ewing_gene_set_names <- c(zhang = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                           riggi = "RIGGI_EWING_SARCOMA_PROGENITOR_UP")
@@ -3073,13 +3077,17 @@ 

Set up gene sets

                               zhang                                riggi 
 "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION"  "RIGGI_EWING_SARCOMA_PROGENITOR_UP" 
+ +
ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION
+RIGGI_EWING_SARCOMA_PROGENITOR_UP
+

These gene sets come from the C2 gene set collection from MSigDB. Let’s retrieve them using msigdbr().

- +
ewing_gene_sets_df <- msigdbr(species = "Homo sapiens",
                               category = "C2",
                               subcategory = "CGP") |>
@@ -3092,7 +3100,7 @@ 

Set up gene sets

GeneSetCollection.

- +
ewing_gene_set_collection <- ewing_gene_set_names |>
   purrr::map(
     # For each gene set
@@ -3117,7 +3125,7 @@ 

Set up gene sets

Read in and prepare SingleCellExperiment

- +
sce <- readr::read_rds(sce_file)
@@ -3127,7 +3135,7 @@

Read in and prepare SingleCellExperiment

sparse format for use with AUCell.

- +
# Extract counts matrix
 counts_matrix <- counts(sce)
@@ -3138,7 +3146,7 @@

Read in and prepare SingleCellExperiment

subsetGeneSets() function.

- +
# Remove genes from gene sets if they are not in the SCE
 ewing_gene_set_collection <- subsetGeneSets(ewing_gene_set_collection,
                                             rownames(counts_matrix))
@@ -3160,7 +3168,7 @@

AUCell

therefore results – reproducible, we will set a seed.

- +
set.seed(2024)
@@ -3174,20 +3182,20 @@

Cell ranking

in the cells in our SingleCellExperiment object.

- +
cell_rankings <- AUCell_buildRankings(counts_matrix)
- +
Quantiles for the number of genes detected by cell: 
 (Non-detected genes are shuffled at the end of the ranking. Keep it in mind when choosing the threshold for calculating the AUC).
- + + +

+
    min      1%      5%     10%     50%    100% 
  213.00  465.76  795.80 1102.20 2238.00 6608.00 
- -

-

The AUCell authors recommend making sure most cells have at least the @@ -3202,7 +3210,7 @@

Cell ranking

genes.

- +
nrow(cell_rankings) * 0.05
@@ -3216,7 +3224,7 @@

Cell ranking

What if we chose a 1% threshold?

- +
nrow(cell_rankings) * 0.01
@@ -3229,7 +3237,7 @@

Cell ranking

save it to a variable for later use.

- +
auc_max_rank <- ceiling(nrow(cell_rankings) * 0.01)
@@ -3249,15 +3257,15 @@

Plotting AUC

barcode ahead of time when we wrote the notebook.

- +
plot_recovery_curve(cell_rankings,
                     ewing_gene_set_collection,
                     gene_set_name = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                     barcode = "CTGAGCGGTCTTTATC",
                     auc_max_rank = auc_max_rank)  # 1% threshold 
- -

+ +

@@ -3269,15 +3277,15 @@

Plotting AUC

Now, let’s look at an example with a low AUC.

- +
plot_recovery_curve(cell_rankings,
                     ewing_gene_set_collection,
                     gene_set_name = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                     barcode = "AGATAGAGTCACAATC",
                     auc_max_rank = auc_max_rank)  # 1% threshold
- -

+ +

@@ -3291,7 +3299,7 @@

Calculating the AUC

function.

- +
cell_auc <- AUCell_calcAUC(geneSets = ewing_gene_set_collection, 
                            rankings = cell_rankings,
                            aucMaxRank = auc_max_rank)
@@ -3301,7 +3309,7 @@

Calculating the AUC

This function returns an aucellResults object.

- +
str(cell_auc)
@@ -3340,7 +3348,7 @@

Calculating the AUC

format.

- +
# Extract AUC
 auc_df <- cell_auc@assays@data$AUC |>
   # Transpose
@@ -3353,13 +3361,11 @@ 

Calculating the AUC

# Look at first few rows head(auc_df)
-
- @@ -3371,21 +3377,11 @@

Assignments

AUCell_exploreThresholds().

- +
auc_assignments <- AUCell_exploreThresholds(cell_auc, 
                                             plotHist = FALSE, 
                                             assignCells = TRUE)
- -
Registered S3 methods overwritten by 'htmltools':
-  method               from         
-  print.html           tools:rstudio
-  print.shiny.tag      tools:rstudio
-  print.shiny.tag.list tools:rstudio
-Registered S3 method overwritten by 'htmlwidgets':
-  method           from         
-  print.htmlwidget tools:rstudio
-

We’re going to plot the distribution of AUC values with @@ -3393,7 +3389,7 @@

Assignments

format.

- +
auc_plotting_df <- auc_df |>
   tidyr::pivot_longer(!barcodes,
                       names_to = "gene_set",
@@ -3416,20 +3412,18 @@ 

Assignments

auc_plotting_df
-
-

To draw vertical lines representing the automatically chosen threshold, we can create a separate data frame.

- +
auc_threshold_df <- data.frame(
   gene_set = ewing_gene_set_names,
   # Grab thresholds associated with each gene set from assignements object
@@ -3439,13 +3433,11 @@ 

Assignments

auc_threshold_df
-
-

Now let’s make a density plot, plotting the density of the assigned @@ -3453,7 +3445,7 @@

Assignments

threshold.

- +
auc_plotting_df |>
   ggplot2::ggplot(
     ggplot2::aes(
@@ -3472,8 +3464,8 @@ 

Assignments

# Use a built-in theme ggplot2::theme_bw()
- -

+ +

@@ -3483,7 +3475,7 @@

Assignments

Let’s write this table to the output file.

- +
auc_plotting_df |> 
   readr::write_tsv(output_file)
@@ -3501,19 +3493,18 @@

Adding AUC to colData

typed.

- +
auc_df <- auc_df |>
   # Use shorter names
   dplyr::rename(zhang_auc = ewing_gene_set_names[["zhang"]],
-                riggi_auc = ewing_gene_set_names[["riggi"]])
-
+ riggi_auc = ewing_gene_set_names[["riggi"]])

And join it to the existing colData.

- +
# Extract the existing colData, and left join it with the AUC values by the
 # barcodes
 coldata_df <- colData(sce) |>
@@ -3528,7 +3519,7 @@ 

Adding AUC to colData

Now, we’re ready to add it back to the object.

- +
# We need to save this as a DataFrame
 colData(sce) <- DataFrame(
   coldata_df,
@@ -3545,29 +3536,29 @@ 

Plotting UMAPs

the AUC value

- +
scater::plotUMAP(sce, colour_by = "zhang_auc") +
   # Use the gene set name, replacing underscores with spaces
   ggplot2::ggtitle(stringr::str_replace_all(ewing_gene_set_names[["zhang"]], 
                                             "\\_", 
                                             " "))
- -

+ +

Let’s color the points by the AUC values for the other gene set.

- +
scater::plotUMAP(sce, colour_by = "riggi_auc") + 
   ggplot2::ggtitle(stringr::str_replace_all(ewing_gene_set_names[["riggi"]], 
                                             "\\_", 
                                             " "))
- -

+ +

@@ -3580,11 +3571,11 @@

Plotting UMAPs

Session Info

- +
sessionInfo()
- -
R version 4.4.0 (2024-04-24)
+
+
R version 4.4.1 (2024-06-14)
 Platform: x86_64-pc-linux-gnu
 Running under: Ubuntu 22.04.4 LTS
 
@@ -3593,48 +3584,88 @@ 

Session Info

LAPACK: /usr/lib/x86_64-linux-gnu/openblas-pthread/libopenblasp-r0.3.20.so; LAPACK version 3.10.0 locale: - [1] LC_CTYPE=C.UTF-8 LC_NUMERIC=C LC_TIME=C.UTF-8 LC_COLLATE=C.UTF-8 LC_MONETARY=C.UTF-8 LC_MESSAGES=C.UTF-8 - [7] LC_PAPER=C.UTF-8 LC_NAME=C LC_ADDRESS=C LC_TELEPHONE=C LC_MEASUREMENT=C.UTF-8 LC_IDENTIFICATION=C + [1] LC_CTYPE=en_US.UTF-8 LC_NUMERIC=C + [3] LC_TIME=en_US.UTF-8 LC_COLLATE=en_US.UTF-8 + [5] LC_MONETARY=en_US.UTF-8 LC_MESSAGES=en_US.UTF-8 + [7] LC_PAPER=en_US.UTF-8 LC_NAME=C + [9] LC_ADDRESS=C LC_TELEPHONE=C +[11] LC_MEASUREMENT=en_US.UTF-8 LC_IDENTIFICATION=C time zone: Etc/UTC tzcode source: system (glibc) attached base packages: -[1] stats4 stats graphics grDevices datasets utils methods base +[1] stats4 stats graphics grDevices utils datasets methods +[8] base other attached packages: - [1] msigdbr_7.5.1 GSEABase_1.66.0 graph_1.82.0 annotate_1.82.0 XML_3.99-0.16.1 - [6] AnnotationDbi_1.66.0 AUCell_1.26.0 SingleCellExperiment_1.26.0 SummarizedExperiment_1.34.0 Biobase_2.64.0 -[11] GenomicRanges_1.56.0 GenomeInfoDb_1.40.0 IRanges_2.38.0 S4Vectors_0.42.0 BiocGenerics_0.50.0 -[16] MatrixGenerics_1.16.0 matrixStats_1.3.0 + [1] msigdbr_7.5.1 GSEABase_1.66.0 + [3] graph_1.82.0 annotate_1.82.0 + [5] XML_3.99-0.16.1 AnnotationDbi_1.66.0 + [7] AUCell_1.26.0 SingleCellExperiment_1.26.0 + [9] SummarizedExperiment_1.34.0 Biobase_2.64.0 +[11] GenomicRanges_1.56.0 GenomeInfoDb_1.40.0 +[13] IRanges_2.38.0 S4Vectors_0.42.0 +[15] BiocGenerics_0.50.0 MatrixGenerics_1.16.0 +[17] matrixStats_1.3.0 optparse_1.7.5 loaded via a namespace (and not attached): - [1] DBI_1.2.2 gridExtra_2.3 rlang_1.1.3 magrittr_2.0.3 scater_1.32.0 - [6] compiler_4.4.0 RSQLite_2.3.6 DelayedMatrixStats_1.26.0 png_0.1-8 vctrs_0.6.5 - [11] stringr_1.5.1 pkgconfig_2.0.3 crayon_1.5.2 fastmap_1.1.1 XVector_0.44.0 - [16] scuttle_1.14.0 labeling_0.4.3 utf8_1.2.4 tzdb_0.4.0 ggbeeswarm_0.7.2 - [21] UCSC.utils_1.0.0 purrr_1.0.2 bit_4.0.5 xfun_0.43 beachmat_2.20.0 - [26] zlibbioc_1.50.0 cachem_1.0.8 jsonlite_1.8.8 blob_1.2.4 DelayedArray_0.30.0 - [31] BiocParallel_1.38.0 irlba_2.3.5.1 parallel_4.4.0 R6_2.5.1 stringi_1.8.3 - [36] Rcpp_1.0.12 knitr_1.46 mixtools_2.0.0 R.utils_2.12.3 readr_2.1.5 - [41] Matrix_1.7-0 splines_4.4.0 tidyselect_1.2.1 viridis_0.6.5 rstudioapi_0.16.0 - [46] abind_1.4-5 yaml_2.3.8 codetools_0.2-20 lattice_0.22-6 tibble_3.2.1 - [51] withr_3.0.0 KEGGREST_1.44.0 survival_3.5-8 kernlab_0.9-33 Biostrings_2.72.0 - [56] pillar_1.9.0 BiocManager_1.30.22 renv_1.0.7 plotly_4.10.4 generics_0.1.3 - [61] vroom_1.6.5 hms_1.1.3 ggplot2_3.5.1 sparseMatrixStats_1.16.0 munsell_0.5.1 - [66] scales_1.3.0 xtable_1.8-4 glue_1.7.0 lazyeval_0.2.2 tools_4.4.0 - [71] BiocNeighbors_1.22.0 data.table_1.15.4 ScaledMatrix_1.12.0 babelgene_22.9 fs_1.6.4 - [76] cowplot_1.1.3 grid_4.4.0 tidyr_1.3.1 colorspace_2.1-0 nlme_3.1-164 - [81] GenomeInfoDbData_1.2.12 beeswarm_0.4.0 BiocSingular_1.20.0 vipor_0.4.7 rsvd_1.0.5 - [86] cli_3.6.2 fansi_1.0.6 segmented_2.1-3 S4Arrays_1.4.0 viridisLite_0.4.2 - [91] dplyr_1.1.4 gtable_0.3.5 R.methodsS3_1.8.2 digest_0.6.35 ggrepel_0.9.5 - [96] SparseArray_1.4.0 farver_2.1.1 htmlwidgets_1.6.4 memoise_2.0.1 htmltools_0.5.8.1 -[101] R.oo_1.26.0 lifecycle_1.0.4 httr_1.4.7 bit64_4.0.5 MASS_7.3-60.2
+ [1] jsonlite_1.8.8 magrittr_2.0.3 + [3] ggbeeswarm_0.7.2 farver_2.1.1 + [5] rmarkdown_2.26 fs_1.6.4 + [7] zlibbioc_1.50.0 vctrs_0.6.5 + [9] memoise_2.0.1 DelayedMatrixStats_1.26.0 + [11] htmltools_0.5.8.1 S4Arrays_1.4.0 + [13] BiocNeighbors_1.22.0 SparseArray_1.4.0 + [15] sass_0.4.9 bslib_0.7.0 + [17] htmlwidgets_1.6.4 plotly_4.10.4 + [19] cachem_1.0.8 lifecycle_1.0.4 + [21] pkgconfig_2.0.3 rsvd_1.0.5 + [23] Matrix_1.7-0 R6_2.5.1 + [25] fastmap_1.1.1 GenomeInfoDbData_1.2.12 + [27] digest_0.6.35 colorspace_2.1-0 + [29] scater_1.32.0 irlba_2.3.5.1 + [31] RSQLite_2.3.6 beachmat_2.20.0 + [33] labeling_0.4.3 fansi_1.0.6 + [35] httr_1.4.7 abind_1.4-5 + [37] compiler_4.4.1 bit64_4.0.5 + [39] withr_3.0.0 BiocParallel_1.38.0 + [41] viridis_0.6.5 DBI_1.2.2 + [43] highr_0.10 R.utils_2.12.3 + [45] MASS_7.3-60.2 DelayedArray_0.30.0 + [47] tools_4.4.1 vipor_0.4.7 + [49] beeswarm_0.4.0 R.oo_1.26.0 + [51] glue_1.7.0 nlme_3.1-164 + [53] grid_4.4.1 generics_0.1.3 + [55] gtable_0.3.5 tzdb_0.4.0 + [57] R.methodsS3_1.8.2 tidyr_1.3.1 + [59] data.table_1.15.4 hms_1.1.3 + [61] BiocSingular_1.20.0 ScaledMatrix_1.12.0 + [63] utf8_1.2.4 XVector_0.44.0 + [65] ggrepel_0.9.5 pillar_1.9.0 + [67] stringr_1.5.1 babelgene_22.9 + [69] vroom_1.6.5 splines_4.4.1 + [71] dplyr_1.1.4 getopt_1.20.4 + [73] lattice_0.22-6 survival_3.5-8 + [75] bit_4.0.5 tidyselect_1.2.1 + [77] Biostrings_2.72.0 scuttle_1.14.0 + [79] knitr_1.46 gridExtra_2.3 + [81] xfun_0.43 mixtools_2.0.0 + [83] stringi_1.8.3 UCSC.utils_1.0.0 + [85] lazyeval_0.2.2 yaml_2.3.8 + [87] evaluate_0.23 codetools_0.2-20 + [89] kernlab_0.9-33 tibble_3.2.1 + [91] cli_3.6.2 xtable_1.8-4 + [93] segmented_2.1-3 munsell_0.5.1 + [95] jquerylib_0.1.4 Rcpp_1.0.12 + [97] png_0.1-8 parallel_4.4.1 + [99] ggplot2_3.5.1 readr_2.1.5 + [ reached getOption("max.print") -- omitted 9 entries ]
-
---
title: "Pathway Analysis: AUCell"
output:
  html_notebook:
    toc: true
    toc_float: true
author: CCDL for ALSF
date: 2024
---

*Adapted from [the AUCell vignette](https://bioconductor.org/packages/release/bioc/vignettes/AUCell/inst/doc/AUCell.html) and [the `cell-type-ewings` module](https://github.com/AlexsLemonade/OpenScPCA-analysis/tree/main/analyses/cell-type-ewings) that is part of the Open Single-cell Pediatric Cancer Atlas project.*

## Objectives

- Introduce the `AUCell` R package
- Illustrate how AUC values are calculated
- Demonstrate how AUC values can be used for cell assignment and plotting

---

In this notebook, we'll demonstrate how to use the AUCell method, introduced in [Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463).

We can use AUCell when we are interested in a gene set's relative expression or activity in an individual cell.
Gene sets can come from a curated collection of prior knowledge, like the Hallmark collection we used in the last notebook, or we can use our own custom gene sets (e.g., a set of marker genes for a cell type of interest).

A nice feature of AUCell is that it is based on ranking genes from highest to lowest expression value in an individual cell, which is helpful in the following ways ([AUCell vignette](https://bioconductor.org/packages/release/bioc/vignettes/AUCell/inst/doc/AUCell.html)):

- It can take a number of different values as input (e.g., raw counts, TPM) 
- It compensates for differences in library size, where something like averaging raw count values of genes in a gene set would not 
- It scales to larger datasets, since creating rankings is not as resource-intensive as something like permutation testing, and we could split up the object into subsets of cells if needed

AUCell calculates the area under the recovery curve (AUC), which "represents the proportion of expressed genes in the signature and their relative expression value compared to the other genes within the cell" ([Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463)).
We will visualize some recovery curves in the notebook to give you a better intuition about the AUC and its meaning.

The AUC values we get out of AUCell can be used in a number of ways ([Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463)):

- As continuous values we can use for visualization or clustering
- For binary assignment (i.e., "on" and "off" or "expressed" and "not expressed") if we pick a threshold either automatically using built-in functionality or manually by inspecting the distribution of scores ourselves

We will use an snRNA-seq of a Ewing sarcoma sample from the [`SCPCP000015` project](https://scpca.alexslemonade.org/projects/SCPCP000015) on the Single-cell Pediatric Cancer Atlas Portal and two relevant gene sets from the Molecular Signatures Database (MSigDB) to demonstrate this method.

## Set up

### Libraries

```{r libraries}
# We will be loading a SingleCellExperiment object into our environment but don't need to see the startup messages
suppressPackageStartupMessages({
  library(SingleCellExperiment)
})

# Library we'll use for the gene set analysis itself
library(AUCell)

# Libraries for accessing and working with gene sets
library(GSEABase)
library(msigdbr)
```

### Directories and files

#### Directories

```{r setup_directories}
# Input data 
ewing_data_dir <- fs::path("data", "ewing-sarcoma")
processed_dir <- fs::path(ewing_data_dir, "processed")

# Directory for holding pathway analysis results
analysis_dir <- fs::path("analysis", "ewing-sarcoma", "pathway-analysis")
# Create if it doesn't exist yet
fs::dir_create(analysis_dir)
```

#### Files

The input will be a `SingleCellExperiment` for an individual Ewing sarcoma library.

```{r setup_input_files}
sce_file <- fs::path(processed_dir, 
                     "SCPCS000490", 
                     "SCPCL000822_processed.rds")
```

We will save the AUCell results as a table in the analysis directory.

```{r setup_output_files, live = TRUE}
output_file <- fs::path(analysis_dir,
                        "ewing_sarcoma_aucell_results.tsv")
```


### Functions

The `source()` function allows us to load in custom functions we saved in an `.R` file.

```{r source_functions}
source(fs::path("util", "aucell_functions.R"))
```

This loads one custom function, called `plot_recovery_curve()`, into our environment.
This function is adapted from [the AUCell vignette](https://github.com/aertslab/AUCell/blob/91753b327a39dc7a4bbed46408ec2271c485f2f0/vignettes/AUCell.Rmd#L295-L316).

## Set up gene sets

We are going to use two gene sets pertaining to Ewing sarcoma.

* [`ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION`](https://www.gsea-msigdb.org/gsea/msigdb/geneset_page.jsp?geneSetName=ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION), which are genes that were highly expressed in a rhabdomyosarcoma cell line engineered to express the EWSR1-FLI1 fusion.
* [`RIGGI_EWING_SARCOMA_PROGENITOR_UP`](https://www.gsea-msigdb.org/gsea/msigdb/cards/RIGGI_EWING_SARCOMA_PROGENITOR_UP), which are genes that were highly expressed in mesenchymal stem cells engineered to express the EWS-FLI1 fusion protein.

We would expect both of these gene sets to have high expression in tumor cells.

```{r genesets}
# Create a named vector with the relevant gene set names
ewing_gene_set_names <- c(zhang = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                          riggi = "RIGGI_EWING_SARCOMA_PROGENITOR_UP")

ewing_gene_set_names
```

These gene sets come from the C2 gene set collection from MSigDB.
Let's retrieve them using `msigdbr()`.

```{r extract_genesets, live = TRUE}
ewing_gene_sets_df <- msigdbr(species = "Homo sapiens",
                              category = "C2",
                              subcategory = "CGP") |>
  dplyr::filter(gs_name %in% ewing_gene_set_names)
```

`AUCell` uses gene sets in a particular format that comes from the `GSEABase` package.
We need to create a `GeneSetCollection`.

```{r gene_set_collection}
ewing_gene_set_collection <- ewing_gene_set_names |>
  purrr::map(
    # For each gene set
    \(gene_set_name) {
      ewing_gene_sets_df |>
        # Subset to the rows in that gene set
        dplyr::filter(gs_name == gene_set_name) |>
        # Grab the Ensembl gene identifiers
        dplyr::pull(ensembl_gene) |>
        # Create a GeneSet object
        GeneSet(setName = gene_set_name,
                geneIdType = ENSEMBLIdentifier())
    }
  ) |>
  # Turn the list of GeneSet objects into a GeneSet collection
  GeneSetCollection()
```

## Read in and prepare SingleCellExperiment

```{r read_in_sce, live = TRUE}
sce <- readr::read_rds(sce_file)
```

The `AUCell` functions takes an expression matrix with genes as rows and cells as column.
We can extract a counts matrix in sparse format for use with `AUCell`.

```{r counts_matrix}
# Extract counts matrix
counts_matrix <- counts(sce)
```

There may be genes in our gene set that do not appear in the SingleCellExperiment object.
We can remove them using the `subsetGeneSets()` function.

```{r subset_gene_sets, live = TRUE}
# Remove genes from gene sets if they are not in the SCE
ewing_gene_set_collection <- subsetGeneSets(ewing_gene_set_collection,
                                            rownames(counts_matrix))
```

## AUCell

AUCell relies on ranking genes from highest to lowest expression value to calculate the AUC.
The AUC is the area under the recovery curve, which captures the number of genes in a gene set that are present in the rankings above some threshold (i.e., it is the area under the curve to the left of this gene rank).
By default, the top 5% of genes are used as the threshold.

Some genes will not be detected (i.e., have 0 counts).
Genes can also have the same expression level (i.e., ties).
These undetected genes and ties will be randomly ordered in our ranking.
To make our rankings – and therefore results – reproducible, we will set a seed.

```{r set_seed, live = TRUE}
set.seed(2024)
```

### Cell ranking

The first step in AUCell is to rank genes for each cell from highest to lowest expression value.
We can do this using the `AUCell_buildRankings()` function, which will output a visualization showing the distribution of the number of genes detected in the cells in our SingleCellExperiment object.

```{r cell_rankings, live = TRUE}
cell_rankings <- AUCell_buildRankings(counts_matrix)
```

The AUCell authors recommend making sure most cells have at least the number of genes we will use as the max rank to calculate the AUC.

The AUC max rank value tells AUCell the cutoff in the gene rankings to use for calculating AUC; we will visualize this curve and max rank in just a moment.
If we picked a max rank higher than the number of genes detected in most cells, the non-detected genes that are randomly ordered would play an outsized role in our AUC values.

By default, the max rank is the top 5% highest expressed genes.
We can calculate the default max rank by taking into account the number of genes.

```{r explore_auc_max_rank}
nrow(cell_rankings) * 0.05
```

This number is probably too high, given the distribution of the number of genes detected by cell we visualized with `AUCell_buildRankings()`.

What if we chose a 1% threshold?

```{r lower_max_rank, live = TRUE}
nrow(cell_rankings) * 0.01
```

That is probably a more reasonable choice for this dataset.

We can use a function called `ceiling()` to round this and save it to a variable for later use.

```{r auc_max_rank, live = TRUE}
auc_max_rank <- ceiling(nrow(cell_rankings) * 0.01)
```

### Plotting AUC

The AUC values we get out of AUCell are the area under a recovery curve and estimate the proportion of genes in the gene set that are highly expressed (i.e., highly ranked).

Let's plot the recovery curve for a cell with high AUC and a cell with low AUC to get a better intuition about AUC values.
Earlier, we loaded a custom function we adapted from [the AUCell vignette](https://github.com/aertslab/AUCell/blob/91753b327a39dc7a4bbed46408ec2271c485f2f0/vignettes/AUCell.Rmd) called `plot_recovery_curve()` with `source()`.

First, we'll start with a cell with a high AUC.
We picked this barcode ahead of time when we wrote the notebook.

```{r high_recovery_curve}
plot_recovery_curve(cell_rankings,
                    ewing_gene_set_collection,
                    gene_set_name = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                    barcode = "CTGAGCGGTCTTTATC",
                    auc_max_rank = auc_max_rank)  # 1% threshold 
```

The x-axis is the gene ranks for all genes.
The y-axis is the number of genes in the signature at a given point in the gene ranking – the line will rise when a gene in the gene set is encountered in the ranking from highest to lowest.
The AUC is the area under this recovery curve at the max rank threshold chosen for this dataset.

Now, let's look at an example with a low AUC.

```{r low_recovery_curve}
plot_recovery_curve(cell_rankings,
                    ewing_gene_set_collection,
                    gene_set_name = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                    barcode = "AGATAGAGTCACAATC",
                    auc_max_rank = auc_max_rank)  # 1% threshold
```

Far fewer genes in the gene set are ranked above the threshold, yielding a lower AUC value.

### Calculating the AUC

Once we have the rankings, we can calculate the AUC scores for both gene sets in all cells with the `AUCell_calcAUC()` function.

```{r calc_auc, live=TRUE}
cell_auc <- AUCell_calcAUC(geneSets = ewing_gene_set_collection, 
                           rankings = cell_rankings,
                           aucMaxRank = auc_max_rank)
```

This function returns an `aucellResults` object.

```{r check_str, live = TRUE}
str(cell_auc)
```

It can be much more convenient to work with this in a tabular format.

```{r auc_to_table}
# Extract AUC
auc_df <- cell_auc@assays@data$AUC |>
  # Transpose
  t() |>
  # Convert to data frame
  as.data.frame() |>
  # Make the barcodes a column
  tibble::rownames_to_column("barcodes") 

# Look at first few rows
head(auc_df)
```

### Assignments

AUCell can assign cells as having an active gene set or not by picking a threshold automatically.
We'll explore these in a later plot, but for now, let's calculate the threshold and assign cells with `AUCell_exploreThresholds()`.

```{r auc_assignments, live = TRUE}
auc_assignments <- AUCell_exploreThresholds(cell_auc, 
                                            plotHist = FALSE, 
                                            assignCells = TRUE)
```

We're going to plot the distribution of AUC values with `ggplot2`, so we will want the AUC values in a longer format.

```{r auc_plotting_df}
auc_plotting_df <- auc_df |>
  tidyr::pivot_longer(!barcodes,
                      names_to = "gene_set",
                      values_to = "auc") |>
  dplyr::mutate(
    # Create a new logical column called assigned
    assigned = dplyr::case_when(
      # For Zhang gene set rows, set to TRUE when the barcode is in the 
      # assignment list
      gene_set == ewing_gene_set_names[["zhang"]] & 
        barcodes %in% auc_assignments[[ewing_gene_set_names[["zhang"]]]]$assignment ~ TRUE,
      # For Riggi gene set rows, set to TRUE when the barcode is in the 
      # assignment list
      gene_set == ewing_gene_set_names[["riggi"]] & 
        barcodes %in% auc_assignments[[ewing_gene_set_names[["riggi"]]]]$assignment ~ TRUE,
      # Otherwise, set to FALSE
      .default = FALSE
    )
  )

auc_plotting_df
```

To draw vertical lines representing the automatically chosen threshold, we can create a separate data frame.

```{r auc_threshold_df}
auc_threshold_df <- data.frame(
  gene_set = ewing_gene_set_names,
  # Grab thresholds associated with each gene set from assignements object
  threshold = c(auc_assignments[[ewing_gene_set_names["zhang"]]]$aucThr$selected, 
                auc_assignments[[ewing_gene_set_names["riggi"]]]$aucThr$selected)
)

auc_threshold_df
```

Now let's make a density plot, plotting the density of the assigned and unassigned cells separately and drawing a vertical line for the threshold.

```{r auc_density_plot}
auc_plotting_df |>
  ggplot2::ggplot(
    ggplot2::aes(
      x = auc,  # AUC values
      color = assigned,  # Group by assignment
      fill = assigned,   # Group by assignment
    )
  ) +
  ggplot2::geom_density(alpha = 0.2) +
  # Draw a vertical dotted line showing the threshold for each gene set
  ggplot2::geom_vline(data = auc_threshold_df,
                      mapping = ggplot2::aes(xintercept = threshold),
                      lty = 2) +
  # Plot each gene set in its own facet
  ggplot2::facet_grid(cols = ggplot2::vars(gene_set)) +
  # Use a built-in theme
  ggplot2::theme_bw()
```

For these particular gene sets, the AUC values appear to be bimodally distributed, and we can easily identify cells where the genes are highly expressed.

Let's write this table to the output file.

```{r}
auc_plotting_df |> 
  readr::write_tsv(output_file)
```

### UMAPs

#### Adding AUC to `colData`

We can also add the AUC values back into the SingleCellExperiment for convenience, e.g., for plotting.
We'll add it to the existing `colData`.

First, let's rename the gene set columns to something more easily typed.

```{r rename_gene_set}
auc_df <- auc_df |>
  # Use shorter names
  dplyr::rename(zhang_auc = ewing_gene_set_names[["zhang"]],
                riggi_auc = ewing_gene_set_names[["riggi"]])

```

And join it to the existing `colData`.

```{r coldata, live = TRUE}
# Extract the existing colData, and left join it with the AUC values by the
# barcodes
coldata_df <- colData(sce) |>
  as.data.frame() |>
  dplyr::left_join(
    auc_df,
    by = "barcodes"
  )
```

Now, we're ready to add it back to the object.

```{r add_back_colData, live = TRUE}
# We need to save this as a DataFrame
colData(sce) <- DataFrame(
  coldata_df,
  row.names = colData(sce)$barcodes
)
```

#### Plotting UMAPs

We can use the `plotUMAP()` function from the `scater` package to plot a UMAP with the points colored by the AUC value

```{r plot_umap_zhang}
scater::plotUMAP(sce, colour_by = "zhang_auc") +
  # Use the gene set name, replacing underscores with spaces
  ggplot2::ggtitle(stringr::str_replace_all(ewing_gene_set_names[["zhang"]], 
                                            "\\_", 
                                            " "))
```

Let's color the points by the AUC values for the other gene set.

```{r plot_umap_riggi, live = TRUE}
scater::plotUMAP(sce, colour_by = "riggi_auc") + 
  ggplot2::ggtitle(stringr::str_replace_all(ewing_gene_set_names[["riggi"]], 
                                            "\\_", 
                                            " "))
```

We would want to do something more formal to confirm, but it seems like the same cells have high AUC values for both gene sets!

## Session Info

```{r session_info}
sessionInfo()
```

+
---
title: "Pathway Analysis: AUCell"
output:
  html_notebook:
    toc: true
    toc_float: true
author: CCDL for ALSF
date: 2024
---

*Adapted from [the AUCell vignette](https://bioconductor.org/packages/release/bioc/vignettes/AUCell/inst/doc/AUCell.html) and [the `cell-type-ewings` module](https://github.com/AlexsLemonade/OpenScPCA-analysis/tree/main/analyses/cell-type-ewings) that is part of the Open Single-cell Pediatric Cancer Atlas project.*

## Objectives

- Introduce the `AUCell` R package
- Illustrate how AUC values are calculated
- Demonstrate how AUC values can be used for cell assignment and plotting

---

In this notebook, we'll demonstrate how to use the AUCell method, introduced in [Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463).

We can use AUCell when we are interested in a gene set's relative expression or activity in an individual cell.
Gene sets can come from a curated collection of prior knowledge, like the Hallmark collection we used in the last notebook, or we can use our own custom gene sets (e.g., a set of marker genes for a cell type of interest).

A nice feature of AUCell is that it is based on ranking genes from highest to lowest expression value in an individual cell, which is helpful in the following ways ([AUCell vignette](https://bioconductor.org/packages/release/bioc/vignettes/AUCell/inst/doc/AUCell.html)):

- It can take a number of different values as input (e.g., raw counts, TPM) 
- It compensates for differences in library size, where something like averaging raw count values of genes in a gene set would not 
- It scales to larger datasets, since creating rankings is not as resource-intensive as something like permutation testing, and we could split up the object into subsets of cells if needed

AUCell calculates the area under the recovery curve (AUC), which "represents the proportion of expressed genes in the signature and their relative expression value compared to the other genes within the cell" ([Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463)).
We will visualize some recovery curves in the notebook to give you a better intuition about the AUC and its meaning.

The AUC values we get out of AUCell can be used in a number of ways ([Aibar _et al_. 2017.](https://doi.org/10.1038/nmeth.4463)):

- As continuous values we can use for visualization or clustering
- For binary assignment (i.e., "on" and "off" or "expressed" and "not expressed") if we pick a threshold either automatically using built-in functionality or manually by inspecting the distribution of scores ourselves

We will use an snRNA-seq of a Ewing sarcoma sample from the [`SCPCP000015` project](https://scpca.alexslemonade.org/projects/SCPCP000015) on the Single-cell Pediatric Cancer Atlas Portal and two relevant gene sets from the Molecular Signatures Database (MSigDB) to demonstrate this method.

## Set up

### Libraries

```{r libraries}
# We will be loading a SingleCellExperiment object into our environment but don't need to see the startup messages
suppressPackageStartupMessages({
  library(SingleCellExperiment)
})

# Library we'll use for the gene set analysis itself
library(AUCell)

# Libraries for accessing and working with gene sets
library(GSEABase)
library(msigdbr)
```

### Directories and files

#### Directories

```{r setup_directories}
# Input data 
ewing_data_dir <- fs::path("data", "ewing-sarcoma")
processed_dir <- fs::path(ewing_data_dir, "processed")

# Directory for holding pathway analysis results
analysis_dir <- fs::path("analysis", "ewing-sarcoma", "pathway-analysis")
# Create if it doesn't exist yet
fs::dir_create(analysis_dir)
```

#### Files

The input will be a `SingleCellExperiment` for an individual Ewing sarcoma library.

```{r setup_input_files}
sce_file <- fs::path(processed_dir, 
                     "SCPCS000490", 
                     "SCPCL000822_processed.rds")
```

We will save the AUCell results as a table in the analysis directory.

```{r setup_output_files, live = TRUE}
output_file <- fs::path(analysis_dir,
                        "ewing_sarcoma_aucell_results.tsv")
```


### Functions

The `source()` function allows us to load in custom functions we saved in an `.R` file.

```{r source_functions}
source(fs::path("util", "aucell_functions.R"))
```

This loads one custom function, called `plot_recovery_curve()`, into our environment.
This function is adapted from [the AUCell vignette](https://github.com/aertslab/AUCell/blob/91753b327a39dc7a4bbed46408ec2271c485f2f0/vignettes/AUCell.Rmd#L295-L316).

## Set up gene sets

We are going to use two gene sets pertaining to Ewing sarcoma.

* [`ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION`](https://www.gsea-msigdb.org/gsea/msigdb/geneset_page.jsp?geneSetName=ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION), which are genes that were highly expressed in a rhabdomyosarcoma cell line engineered to express the EWSR1-FLI1 fusion.
* [`RIGGI_EWING_SARCOMA_PROGENITOR_UP`](https://www.gsea-msigdb.org/gsea/msigdb/cards/RIGGI_EWING_SARCOMA_PROGENITOR_UP), which are genes that were highly expressed in mesenchymal stem cells engineered to express the EWS-FLI1 fusion protein.

We would expect both of these gene sets to have high expression in tumor cells.

```{r genesets}
# Create a named vector with the relevant gene set names
ewing_gene_set_names <- c(zhang = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                          riggi = "RIGGI_EWING_SARCOMA_PROGENITOR_UP")

ewing_gene_set_names
```

These gene sets come from the C2 gene set collection from MSigDB.
Let's retrieve them using `msigdbr()`.

```{r extract_genesets, live = TRUE}
ewing_gene_sets_df <- msigdbr(species = "Homo sapiens",
                              category = "C2",
                              subcategory = "CGP") |>
  dplyr::filter(gs_name %in% ewing_gene_set_names)
```

`AUCell` uses gene sets in a particular format that comes from the `GSEABase` package.
We need to create a `GeneSetCollection`.

```{r gene_set_collection}
ewing_gene_set_collection <- ewing_gene_set_names |>
  purrr::map(
    # For each gene set
    \(gene_set_name) {
      ewing_gene_sets_df |>
        # Subset to the rows in that gene set
        dplyr::filter(gs_name == gene_set_name) |>
        # Grab the Ensembl gene identifiers
        dplyr::pull(ensembl_gene) |>
        # Create a GeneSet object
        GeneSet(setName = gene_set_name,
                geneIdType = ENSEMBLIdentifier())
    }
  ) |>
  # Turn the list of GeneSet objects into a GeneSet collection
  GeneSetCollection()
```

## Read in and prepare SingleCellExperiment

```{r read_in_sce, live = TRUE}
sce <- readr::read_rds(sce_file)
```

The `AUCell` functions takes an expression matrix with genes as rows and cells as column.
We can extract a counts matrix in sparse format for use with `AUCell`.

```{r counts_matrix}
# Extract counts matrix
counts_matrix <- counts(sce)
```

There may be genes in our gene set that do not appear in the SingleCellExperiment object.
We can remove them using the `subsetGeneSets()` function.

```{r subset_gene_sets, live = TRUE}
# Remove genes from gene sets if they are not in the SCE
ewing_gene_set_collection <- subsetGeneSets(ewing_gene_set_collection,
                                            rownames(counts_matrix))
```

## AUCell

AUCell relies on ranking genes from highest to lowest expression value to calculate the AUC.
The AUC is the area under the recovery curve, which captures the number of genes in a gene set that are present in the rankings above some threshold (i.e., it is the area under the curve to the left of this gene rank).
By default, the top 5% of genes are used as the threshold.

Some genes will not be detected (i.e., have 0 counts).
Genes can also have the same expression level (i.e., ties).
These undetected genes and ties will be randomly ordered in our ranking.
To make our rankings – and therefore results – reproducible, we will set a seed.

```{r set_seed, live = TRUE}
set.seed(2024)
```

### Cell ranking

The first step in AUCell is to rank genes for each cell from highest to lowest expression value.
We can do this using the `AUCell_buildRankings()` function, which will output a visualization showing the distribution of the number of genes detected in the cells in our SingleCellExperiment object.

```{r cell_rankings, live = TRUE}
cell_rankings <- AUCell_buildRankings(counts_matrix)
```

The AUCell authors recommend making sure most cells have at least the number of genes we will use as the max rank to calculate the AUC.

The AUC max rank value tells AUCell the cutoff in the gene rankings to use for calculating AUC; we will visualize this curve and max rank in just a moment.
If we picked a max rank higher than the number of genes detected in most cells, the non-detected genes that are randomly ordered would play an outsized role in our AUC values.

By default, the max rank is the top 5% highest expressed genes.
We can calculate the default max rank by taking into account the number of genes.

```{r explore_auc_max_rank}
nrow(cell_rankings) * 0.05
```

This number is probably too high, given the distribution of the number of genes detected by cell we visualized with `AUCell_buildRankings()`.

What if we chose a 1% threshold?

```{r lower_max_rank, live = TRUE}
nrow(cell_rankings) * 0.01
```

That is probably a more reasonable choice for this dataset.

We can use a function called `ceiling()` to round this and save it to a variable for later use.

```{r auc_max_rank, live = TRUE}
auc_max_rank <- ceiling(nrow(cell_rankings) * 0.01)
```

### Plotting AUC

The AUC values we get out of AUCell are the area under a recovery curve and estimate the proportion of genes in the gene set that are highly expressed (i.e., highly ranked).

Let's plot the recovery curve for a cell with high AUC and a cell with low AUC to get a better intuition about AUC values.
Earlier, we loaded a custom function we adapted from [the AUCell vignette](https://github.com/aertslab/AUCell/blob/91753b327a39dc7a4bbed46408ec2271c485f2f0/vignettes/AUCell.Rmd) called `plot_recovery_curve()` with `source()`.

First, we'll start with a cell with a high AUC.
We picked this barcode ahead of time when we wrote the notebook.

```{r high_recovery_curve}
plot_recovery_curve(cell_rankings,
                    ewing_gene_set_collection,
                    gene_set_name = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                    barcode = "CTGAGCGGTCTTTATC",
                    auc_max_rank = auc_max_rank)  # 1% threshold 
```

The x-axis is the gene ranks for all genes.
The y-axis is the number of genes in the signature at a given point in the gene ranking – the line will rise when a gene in the gene set is encountered in the ranking from highest to lowest.
The AUC is the area under this recovery curve at the max rank threshold chosen for this dataset.

Now, let's look at an example with a low AUC.

```{r low_recovery_curve}
plot_recovery_curve(cell_rankings,
                    ewing_gene_set_collection,
                    gene_set_name = "ZHANG_TARGETS_OF_EWSR1_FLI1_FUSION",
                    barcode = "AGATAGAGTCACAATC",
                    auc_max_rank = auc_max_rank)  # 1% threshold
```

Far fewer genes in the gene set are ranked above the threshold, yielding a lower AUC value.

### Calculating the AUC

Once we have the rankings, we can calculate the AUC scores for both gene sets in all cells with the `AUCell_calcAUC()` function.

```{r calc_auc, live = TRUE}
cell_auc <- AUCell_calcAUC(geneSets = ewing_gene_set_collection, 
                           rankings = cell_rankings,
                           aucMaxRank = auc_max_rank)
```

This function returns an `aucellResults` object.

```{r check_str, live = TRUE}
str(cell_auc)
```

It can be much more convenient to work with this in a tabular format.

```{r auc_to_table}
# Extract AUC
auc_df <- cell_auc@assays@data$AUC |>
  # Transpose
  t() |>
  # Convert to data frame
  as.data.frame() |>
  # Make the barcodes a column
  tibble::rownames_to_column("barcodes") 

# Look at first few rows
head(auc_df)
```

### Assignments

AUCell can assign cells as having an active gene set or not by picking a threshold automatically.
We'll explore these in a later plot, but for now, let's calculate the threshold and assign cells with `AUCell_exploreThresholds()`.

```{r auc_assignments, live = TRUE}
auc_assignments <- AUCell_exploreThresholds(cell_auc, 
                                            plotHist = FALSE, 
                                            assignCells = TRUE)
```

We're going to plot the distribution of AUC values with `ggplot2`, so we will want the AUC values in a longer format.

```{r auc_plotting_df}
auc_plotting_df <- auc_df |>
  tidyr::pivot_longer(!barcodes,
                      names_to = "gene_set",
                      values_to = "auc") |>
  dplyr::mutate(
    # Create a new logical column called assigned
    assigned = dplyr::case_when(
      # For Zhang gene set rows, set to TRUE when the barcode is in the 
      # assignment list
      gene_set == ewing_gene_set_names[["zhang"]] & 
        barcodes %in% auc_assignments[[ewing_gene_set_names[["zhang"]]]]$assignment ~ TRUE,
      # For Riggi gene set rows, set to TRUE when the barcode is in the 
      # assignment list
      gene_set == ewing_gene_set_names[["riggi"]] & 
        barcodes %in% auc_assignments[[ewing_gene_set_names[["riggi"]]]]$assignment ~ TRUE,
      # Otherwise, set to FALSE
      .default = FALSE
    )
  )

auc_plotting_df
```

To draw vertical lines representing the automatically chosen threshold, we can create a separate data frame.

```{r auc_threshold_df}
auc_threshold_df <- data.frame(
  gene_set = ewing_gene_set_names,
  # Grab thresholds associated with each gene set from assignements object
  threshold = c(auc_assignments[[ewing_gene_set_names["zhang"]]]$aucThr$selected, 
                auc_assignments[[ewing_gene_set_names["riggi"]]]$aucThr$selected)
)

auc_threshold_df
```

Now let's make a density plot, plotting the density of the assigned and unassigned cells separately and drawing a vertical line for the threshold.

```{r auc_density_plot}
auc_plotting_df |>
  ggplot2::ggplot(
    ggplot2::aes(
      x = auc,  # AUC values
      color = assigned,  # Group by assignment
      fill = assigned,   # Group by assignment
    )
  ) +
  ggplot2::geom_density(alpha = 0.2) +
  # Draw a vertical dotted line showing the threshold for each gene set
  ggplot2::geom_vline(data = auc_threshold_df,
                      mapping = ggplot2::aes(xintercept = threshold),
                      lty = 2) +
  # Plot each gene set in its own facet
  ggplot2::facet_grid(cols = ggplot2::vars(gene_set)) +
  # Use a built-in theme
  ggplot2::theme_bw()
```

For these particular gene sets, the AUC values appear to be bimodally distributed, and we can easily identify cells where the genes are highly expressed.

Let's write this table to the output file.

```{r save_auc}
auc_plotting_df |> 
  readr::write_tsv(output_file)
```

### UMAPs

#### Adding AUC to `colData`

We can also add the AUC values back into the SingleCellExperiment for convenience, e.g., for plotting.
We'll add it to the existing `colData`.

First, let's rename the gene set columns to something more easily typed.

```{r rename_gene_set}
auc_df <- auc_df |>
  # Use shorter names
  dplyr::rename(zhang_auc = ewing_gene_set_names[["zhang"]],
                riggi_auc = ewing_gene_set_names[["riggi"]])

```

And join it to the existing `colData`.

```{r coldata, live = TRUE}
# Extract the existing colData, and left join it with the AUC values by the
# barcodes
coldata_df <- colData(sce) |>
  as.data.frame() |>
  dplyr::left_join(
    auc_df,
    by = "barcodes"
  )
```

Now, we're ready to add it back to the object.

```{r add_back_colData, live = TRUE}
# We need to save this as a DataFrame
colData(sce) <- DataFrame(
  coldata_df,
  row.names = colData(sce)$barcodes
)
```

#### Plotting UMAPs

We can use the `plotUMAP()` function from the `scater` package to plot a UMAP with the points colored by the AUC value

```{r plot_umap_zhang}
scater::plotUMAP(sce, colour_by = "zhang_auc") +
  # Use the gene set name, replacing underscores with spaces
  ggplot2::ggtitle(stringr::str_replace_all(ewing_gene_set_names[["zhang"]], 
                                            "\\_", 
                                            " "))
```

Let's color the points by the AUC values for the other gene set.

```{r plot_umap_riggi, live = TRUE}
scater::plotUMAP(sce, colour_by = "riggi_auc") + 
  ggplot2::ggtitle(stringr::str_replace_all(ewing_gene_set_names[["riggi"]], 
                                            "\\_", 
                                            " "))
```

We would want to do something more formal to confirm, but it seems like the same cells have high AUC values for both gene sets!

## Session Info

```{r session_info}
sessionInfo()
```

diff --git a/scRNA-seq/04-dimension_reduction_scRNA.nb.html b/scRNA-seq/04-dimension_reduction_scRNA.nb.html index d6199227..9c93c837 100644 --- a/scRNA-seq/04-dimension_reduction_scRNA.nb.html +++ b/scRNA-seq/04-dimension_reduction_scRNA.nb.html @@ -3106,8 +3106,11 @@

Reading Cell Ranger data

- -
hodgkins_sce <- DropletUtils::read10xCounts(raw_matrix_dir)
+ +
hodgkins_sce <- DropletUtils::read10xCounts(
+  raw_matrix_dir, 
+  col.names = TRUE # ensure barcodes are set as column names in the SCE object
+)
Warning: replacing previous import 'S4Arrays::makeNindexFromArrayViewport' by
@@ -3489,18 +3492,18 @@ 

Storing PCA results with the raw data

# print the top corner of the PCA matrix
 reducedDim(normalized_sce, "PCA")[1:10, 1:5]
- -
            PC1        PC2        PC3         PC4        PC5
- [1,] 15.379889   7.929537  11.790972   3.9845847   8.232603
- [2,] -1.220424   6.053443   2.100161 -10.7532071  -6.769888
- [3,]  0.647626  -7.566098 -12.004547  -0.9862535   8.936328
- [4,]  7.922958 -21.975167   4.156634 -10.0798546   5.383158
- [5,]  1.577685 -26.510992  11.089218  10.5259441 -11.660812
- [6,]  5.676435 -27.571708  13.655945  -9.3006045   2.594320
- [7,] -3.623704  -2.052362  -9.061048  -5.7941810   9.112434
- [8,]  9.577588  12.977445  -4.125885  -0.1949252 -10.757970
- [9,]  9.393483  -7.288896 -12.661552   6.4502827  -2.371315
-[10,] -7.917621  -8.052548  -9.061915   0.8675157   9.034390
+ +
                         PC1        PC2        PC3         PC4        PC5
+AAACCCACAGGTTCGC-1 15.379889   7.929537  11.790972   3.9845847   8.232603
+AAACCCACATCGATCA-1 -1.220424   6.053443   2.100161 -10.7532071  -6.769888
+AAACCCAGTATTTCCT-1  0.647626  -7.566098 -12.004547  -0.9862535   8.936328
+AAACGAAGTGGGTATG-1  7.922958 -21.975167   4.156634 -10.0798546   5.383158
+AAACGAATCCTTATCA-1  1.577685 -26.510992  11.089218  10.5259441 -11.660812
+AAACGCTAGTCTTCGA-1  5.676435 -27.571708  13.655945  -9.3006045   2.594320
+AAACGCTGTTCTTGTT-1 -3.623704  -2.052362  -9.061048  -5.7941810   9.112434
+AAAGAACAGATTCGAA-1  9.577588  12.977445  -4.125885  -0.1949252 -10.757970
+AAAGAACCAGGCACAA-1  9.393483  -7.288896 -12.661552   6.4502827  -2.371315
+AAAGAACTCCAACACA-1 -7.917621  -8.052548  -9.061915   0.8675157   9.034390
@@ -3978,7 +3981,7 @@

Session Info

-
---
title: "Dimension Reduction with scRNA-seq data"
author: CCDL for ALSF
date: 2021
output:
  html_notebook:
    toc: true
    toc_float: true
---

## Objectives

This notebook will demonstrate how to:

- Read Cell Ranger data into R
- Filter post-quantification cells using `emptyDropsCellRanger()`
- Apply dimensionality reduction methods to single cell data
- Visualize samples in reduced dimensional space

---

In this notebook, we'll try out some dimension reduction techniques on single-cell RNA-seq data.

Visualizing highly dimensional data is a common challenge in genomics, and especially with RNA-seq data.
The expression of every gene we look at is another dimension describing a sample.
When we also have hundreds or thousands of individual samples, as in the case of single-cell analysis, figuring out how to clearly display all of the data in a meaningful way is difficult.

A common practice is to common to use dimension reduction techniques so all of the data is in a more manageable form for plotting, clustering, and other downstream analyses.

## Set Up

```{r setup}
# Load libraries
library(ggplot2)
library(scater)
library(scran)

# Setting the seed for reproducibility
set.seed(12345)
```

### Directories and files

The data we will be using for this module comes from a a 10x Genomics data set of [expression data from a Hodgkin's Lymphoma tumor](https://support.10xgenomics.com/single-cell-gene-expression/datasets/4.0.0/Parent_NGSC3_DI_HodgkinsLymphoma).
The data was generated with the 10Xv3.1 chemistry, and processed with Cell Ranger and 10x Genomics standard pipeline.


There are a variety of files that you will often see as part of the standard output from Cell Ranger, which are described in detail in [10x Genomics documentation](https://support.10xgenomics.com/single-cell-gene-expression/software/pipelines/latest/output/overview).
We have included some of these in the `data/hodkins/cellranger` directory, including the `web_summary.html` file that includes some similar QC statistics to those we generated with `alevinQC`.
The main file we will be working with are the feature by barcode matrices.
Cell Ranger does some filtering on its own, but we will start with the raw data.

```{r filepaths}
# main data directory
data_dir <- file.path("data", "hodgkins")
# reference files
ref_dir <- file.path("data", "reference")

# Path to the Cell Ranger matrix
raw_matrix_dir <- file.path(data_dir, "cellranger",
                            "raw_feature_bc_matrix")

# Path to mitochondrial genes table
mito_file <- file.path(ref_dir, "hs_mitochondrial_genes.tsv")

# Directory and file to save output
normalized_dir <- file.path(data_dir, "normalized")
fs::dir_create(normalized_dir)

output_sce_file <- file.path(normalized_dir, "normalized_hodgkins_sce.rds")

```

## Reading Cell Ranger data

Cell Ranger output includes count data in two main formats.
The first is a folder with a feature list, a barcode list, and a sparse matrix in ["Matrix Exchange" format](https://math.nist.gov/MatrixMarket/formats.html).
The `DropletUtils::read10xCounts()` function takes this directory and reads in the data from these three files, assembling the `SingleCellExperiment` object we have worked with before.

Alternatively, we could use the `HDF5` format file that Cell Ranger outputs as a file with the `.h5` extension, which contains the same data.
For whatever reason, the way you read the data affects how it is stored in R.
Reading from the directory results in smaller objects in R, so that is what we will do here.

Cell Ranger also outputs both filtered and raw matrices; today we will start with the raw matrix and perform our own filtering.

![Roadmap: Preprocessing and Import](diagrams/roadmap_single_preprocess_alevin.png)

```{r read10x, live = TRUE}
hodgkins_sce <- DropletUtils::read10xCounts(raw_matrix_dir)
```

How many potential cells are there here?

```{r cellcount, live = TRUE}
dim(hodgkins_sce)
```

That is a lot of cells!
In fact, it is really every possible barcode, whether there were reads associated with it or not.
We should probably do something about that.


## QC and normalization

![Roadmap: QC and filtering](diagrams/roadmap_single_qc_norm.png)

### Basic QC stats

We will start by calculating the basic QC stats as we have done previously, adding those to our `SingleCellExperiment` object.

The first step again is reading in our table of mitochondrial genes and finding the ones that were quantified our data set.

```{r mitogenes}
mito_genes <- readr::read_tsv(mito_file) |>
  dplyr::filter(gene_id %in% rownames(hodgkins_sce)) |>
  dplyr::pull(gene_id)
```

Next we will calculate the QC stats that we used before.
Note that this is much slower than before, as we have many more genes in the unfiltered set!

```{r calculateQC}
hodgkins_sce <- scater::addPerCellQC(
  hodgkins_sce,
  subsets = list(mito = mito_genes))
```

We can now do the most basic level of filtering: getting rid of "cells" with no reads.

```{r remove_zero, live = TRUE}
hodgkins_sce <- hodgkins_sce[, hodgkins_sce$total > 0]
dim(hodgkins_sce)
```

### Filtering with `emptyDropsCellRanger()`

The `DropletUtils` package that we used to read in the 10x data has a number of other useful features.
One is the `emptyDropsCellRanger()` function, which uses the overall gene expression patterns in the sample to identify droplets that are likely to not contain an intact cell, but may simply have contained loose ambient RNA released during cell separation.
This method was originally developed by [Lun *et al.* (2019)](https://doi.org/10.1186/s13059-019-1662-y) and implemented as the function `emptyDrops()`, but has since been adapted as the main filtering method used by Cell Ranger. 
The `emptyDropsCellRanger()` function emulates the variant of this function that used by Cell Ranger, making the results more comparable between the two methods.

The Empty Drops method uses the droplets with very low UMI counts to estimate the "ambient" expression pattern of RNA content outside of cells.
It then scores the remaining cells based how much they deviate from that pattern, assigning a small P value when the droplet's expression deviates from the ambient expression pattern.
Because it uses the low UMI count droplets, this method should not be used when other filtering has already been performed (which is unfortunately the case with the version of `salmon alevin` we used).

This method seems to perform well to exclude false "cells" while retaining cells with distinct expression profiles but low counts that might have failed a simple cutoff.
Note that this method also requires that the data has already been quantified, with reads assigned to genes, as compared to a simple total UMI count filter which can be performed much earlier in the pipeline.

The `emptyDropsCellRanger()` function takes the `counts` matrix from our SingleCellExperiment, and returns a data frame with the statistics it calculates.
This will take a few minutes to run, but we can speed it up by allowing parallel processing.

```{r emptydrops, live = TRUE}
droplet_stats <- DropletUtils::emptyDropsCellRanger(
  counts(hodgkins_sce),
  BPPARAM = BiocParallel::MulticoreParam(4)) # use multiprocessing
```

We will use a false discovery rate (FDR) of 0.01 as our cutoff for "real" cells.
Since `emptyDropsCellRanger()` uses low count cells to estimate the "ambient" expression pattern, those cells are not assigned an FDR value, and have a value of NA.
These NAs can be a problem for filtering with a Boolean vector, as we did above, so instead we will use the `which()` function to get the *positions* of the cells that pass our filter and select the columns we want using that.

```{r filter_empty, live = TRUE}
cells_to_retain <- which(droplet_stats$FDR <= 0.01)

filtered_sce <- hodgkins_sce[, cells_to_retain]
dim(filtered_sce)
```

How does this compare to the number of cells in the Cell Ranger filtered data?
Looking the `web_summary.html` report from Cell Ranger, it seems that it would have kept 3,394 cells, so we seem to be getting broadly similar results.

### Checking mitochondrial content

While `emptyDropsCellRanger()` should have filtered out droplets containing no cells, it will not necessarily filter out damaged cells.
For that we will still want to look at mitochondrial content, as we did previously.
The statistics we calculated earlier with `addPerCellQC()` are retained in our new object, so we can plot those directly.

```{r mito_percent_plot}
# Plot the mitochondrial percents stored in `filtered_sce`
ggplot(mapping = aes(x = filtered_sce$subsets_mito_percent)) +
  geom_histogram(bins = 100)
```
There are certainly some cells with high mitochondrial percentages!
For now, we will use a cutoff of 20% to filter out the worst of the cells.

```{r live = TRUE}
filtered_sce <- filtered_sce[, filtered_sce$subsets_mito_percent < 20]
```


We can also filter by features (genes in our case) using `scater::addPerFeatureQC()` which will compute the number of samples where each gene is detected and the mean count across all genes.
We can then use those data (stored in `rowData`) to filter by row to only the genes that are detected in at least 5% of cells, and with a mean count > 0.1.

```{r gene_qc}
filtered_sce <- scater::addPerFeatureQC(filtered_sce)
detected <- rowData(filtered_sce)$detected > 5
expressed <- rowData(filtered_sce)$mean > 0.1

# filter the genes (rows) this time
filtered_sce <- filtered_sce[detected & expressed, ]
```

How many cells do we have now?

```{r filtered_dim}
dim(filtered_sce)
```


### Normalize

Now we will perform the same normalization steps we did in a previous dataset, using `scran::computeSumFactors()` and `scater::logNormCounts()`.
You might recall that there is a bit of randomness in some of these calculations, so we should be sure to have used `set.seed()` earlier in the notebook for reproducibility.

```{r sumfactors}
# Cluster similar cells
qclust <- scran::quickCluster(filtered_sce)

# Compute sum factors for each cell cluster grouping.
filtered_sce <- scran::computeSumFactors(filtered_sce, clusters = qclust, positive = FALSE)
```

It turns out in this case we end up with some negative size factors.
This is usually an indication that our filtering was not stringent enough, and there remain a number of cells or genes with nearly zero counts.
This probably happened when we removed the infrequently-expressed genes; cells which had high counts from those particular genes (and few others) could have had their total counts dramatically reduced.

To account for this, we will recalculate the per-cell stats and filter out low counts.
Unfortunately, to do this, we need to first remove the previously calculated statistics, which we will do by setting them to `NULL`.

```{r reQC}
# remove previous calculations
filtered_sce$sum <- NULL
filtered_sce$detected <- NULL
filtered_sce$total <- NULL
filtered_sce$subsets_mito_sum <- NULL
filtered_sce$subsets_mito_detected <- NULL
filtered_sce$subsets_mito_sum <- NULL

# recalculate cell stats
filtered_sce <- scater::addPerCellQC(filtered_sce, subsets = list(mito = mito_genes))

# print the number of cells with fewer than 500 UMIs
sum(filtered_sce$sum < 500)
```

Now we can filter again.
In this case, we will keep cells with at least 500 UMIs after removing the lowly expressed genes.
Then we will redo the size factor calculation, hopefully with no more warnings.


```{r refilter}
filtered_sce <- filtered_sce[, filtered_sce$sum >= 500]

qclust <- scran::quickCluster(filtered_sce)

filtered_sce <- scran::computeSumFactors(filtered_sce, clusters = qclust)
```

Looks good! Now we'll do the normalization.

```{r normalize}
# Normalize and log transform.
normalized_sce <- scater::logNormCounts(filtered_sce)
```

At this point, we have a few different versions of our `SingleCellExperiment` object.
The original (mostly) unfiltered version is in `hodgkins_sce`, the filtered version in `filtered_sce`, and the normalized version in `normalized_sce`.
We can clean those up a bit to save memory, keeping only the latest `normalized_sce` version, which now has two `assay`s:
`counts` with the raw data and `logcounts` with the normalized and transformed data.

```{r clean_up, live = TRUE}
assayNames(normalized_sce)
rm(hodgkins_sce, filtered_sce)
```


## Dimensionality reduction and display

![Roadmap: Dimensionality reduction](diagrams/roadmap_single_dimension_reduction.png)

### Principal Components Analysis

Principal component analysis (PCA) is a dimensionality reduction technique that allows us to identify the largest components of variation in a complex dataset.
Our expression data can be thought of as mapping each sample in a multidimensional space defined by the expression level of each gene.
The expression of many of those genes are correlated, so we can often get a better, simpler picture of the data by combining the information from those correlated genes.

PCA rotates and transforms this space so that each axis is now a combination of multiple correlated genes, ordered so the first axes capture the most variation from the data.
These new axes are the "principal components."
If we look at the first few components, we can often get a nice overview of relationships among the samples in the data.

#### Storing PCA results with the raw data

We will store the PCA results in our `SingleCellExperiment` object, as we will want to use them later.
To do this, we will use the `runPCA()` function from `scater`, which performs the PCA calculations and returns a new object with the results stored in the `reducedDim` slot.
If we wanted to, we could get the raw results as a matrix instead with `calculatePCA()` function, as we did in a previous notebook.

We will also use the `ntop` argument to calculate the PCA using 2000 genes with the highest variance.
The default is `ntop = 500`.

```{r runPCA, live = TRUE}
# calculate PCA using the top 2000 genes
normalized_sce <- runPCA(normalized_sce, ntop = 2000)
```

We can see what reduced dimensionality matrices are stored in the object with the `reducedDimNames()` function.

```{r reduced_dim_names, live = TRUE}
# print the reduced dimensionality tables available
reducedDimNames(normalized_sce)
```

To extract them by name, we use the `reducedDim()` function, much like the `assay()` function to extract original data.

```{r extract_reduced, live = TRUE}
# print the top corner of the PCA matrix
reducedDim(normalized_sce, "PCA")[1:10, 1:5]
```

#### Plotting PCA results

If we have the PCA results stored in the `SingleCellExperiment` object, we can use the `scater::plotReducedDim()` function to plot it with some nice defaults easily.
One nice thing about this function is that it uses `ggplot2` under the hood, so if we wanted to customize it later, we could.

```{r plotPCA, live = TRUE}
# plot PCA results
plotReducedDim(normalized_sce, "PCA")
```
PCA gives us a matrix with more than just two dimensions, and we might want to look at some higher dimensions too.
We can do that with the `ncomponents` argument.

```{r plotPCA34, live = TRUE}
# plot PC3 and PC4
plotReducedDim(normalized_sce, "PCA", ncomponents = c(3,4))
```

### Modeling variance

The variation in gene expression we see among cells comes from a combination of variation due to technical effects and the biology we really care about.
In order to roughly account for this we could just take the largest variance genes, on the assumption that low variance genes are mostly just noise.
This is the default approach that `runPCA()` and `calculatePCA()` take, using the genes with the greatest variance across cells to calculate the PCA matrix.

If we want to be a bit more careful about it, we can model the variance in expression of each gene as a function of the mean expression for that gene.
This is useful because we generally expect the variance to increase as mean expression increases, even if there is no biological signal in the expression variation.

We will do this modeling of variance by expression with the `scran::modelGeneVar()` function, saving the results to a new variable.

```{r model_variance}
gene_variance <- scran::modelGeneVar(normalized_sce)
```

Now let's plot the relationship between gene expression and variance we were discussing.
Here we will also add the fitting curve that `scran::modelGeneVar()` created, which is stored as function in the  `$trend` slot of the `gene_variance` object.
We can add a function like that curve to a `ggplot` with a `stat_function` layer.

```{r plot_variance}
ggplot(as.data.frame(gene_variance), aes(x = mean, y = total)) +
  geom_point(alpha = 0.1) +
  stat_function(fun = metadata(gene_variance)$trend, color = "blue") +
  labs(
    x = "Mean log-expression",
    y = "Variance") +
  theme_bw()
```

Now we can use `scran::getTopHVGs()` to select the genes that have the most biological variation (according to the model) and recalculate PCA scores using only those genes.
(In practice, we are selecting the genes with the largest residual variation after removing technical variation modeled by the mean/variance relationship.)

Here we are picking the 2000 top genes to match the number of genes from our earlier calculations.

```{r get_highvar, live = TRUE}
# select the most variable genes
highvar_genes <- scran::getTopHVGs(gene_variance, n = 2000)
# calculate a PCA matrix using those genes
normalized_sce <- runPCA(normalized_sce, subset_row = highvar_genes)
```

Now we can plot our new PCA values for comparison.
You might realize that our old PCA values were replaced when we ran `runPCA()` again, so we can't recreate the earlier plots at this stage of the notebook.
You will have to scroll up to your earlier plots to compare.

```{r plotPCA_highvar, live = TRUE}
# plot the new PCA results
plotReducedDim(normalized_sce, "PCA")
plotReducedDim(normalized_sce, "PCA", ncomponents = c(3,4))
```

### UMAP

**UMAP** (Uniform Manifold Approximation and Projection) is a machine learning technique designed to provide more detail in highly dimensional data than a typical principal components analysis.
While PCA assumes that the variation we care about has a particular distribution (normal, broadly speaking), UMAP allows more complicated distributions that it learns from the data.
The underlying mathematics are beyond me, but if you are more ambitious than I, you can look at the paper by [McInnes, Healy, & Melville (2018)](https://arxiv.org/abs/1802.03426).
The main advantage of this change in underlying assumptions is that UMAP can do a better job separating clusters, especially when some of those clusters may be more similar to each other than others.

Another dimensionality reduction technique that you may have heard of is **t-SNE** (t-distributed Stochastic Neighbor Embedding), which has similar properties to UMAP, and often produces similar results.
There is some ongoing debate about which of these two techniques is superior, and whether the differences are due to the underlying algorithm or to implementation and parameter initialization defaults.
Regardless of why, in our experience, UMAP seems to produce slightly better results and run a bit faster, but the differences can be subtle.

#### Default parameters

For ease of use with this data, we will be using the `scater::calculateUMAP()` and `scater::runUMAP()` function to apply UMAP to our single cell data, but similar functions the `uwot` package (notably `uwot::umap()`) can be used to apply UMAP to any numerical matrix.

UMAP can be slow for a large data set with lots of parameters.
It is worth noting that the `scater::calculateUMAP()` implementation actually does PCA first, and then runs UMAP on the top 50 PCs.
If we have already calculated PCA (as we have) we can tell it to use those results with the `dimred` argument.

As with PCA, there are two functions we could use:
`scater::calculateUMAP()` will return a matrix of results, with one row for each sample, and a column for each of the UMAP dimensions returned.
`scater::runUMAP()` performs the same function, but returns the results in a SingleCellExperiment object.

Let's see how it looks with the (mostly) default parameters:

```{r calculate_umap, live = TRUE}
# Run UMAP
normalized_sce <- runUMAP(normalized_sce,
                          dimred = "PCA") # use already stored PCA results
```

Now we can plot with the same `plotReducedDim()` function, specifying we want to plot the UMAP results this time.
We will also add some color this time with the `color_by` argument, using the number of genes detected in each cell to assign a hue.

```{r plot_umap, live = TRUE}
# make a UMAP plot with `plotReducedDim()`
plotReducedDim(normalized_sce, "UMAP", color_by = "detected")
```

There is clearly a lot of structure in there, but is it meaningful?
Do the clusters we see differentiate cell types? How should we divide them up?

We will come back to this question later!

### UMAP experiments

Now that we have an idea of what a UMAP plot with the default parameters looks like, let's try experimenting with the `n_neighbors` parameter.
First, we should see what this parameter is, and what the default value is.
In the console, run `?scater::calculateUMAP` to see what this (and other parameters) are.
For even more parameters, you can look at the underlying implementation code that `calculateUMAP()` uses, which is the function `uwot::umap()`

In order to make our experimentation easier, we will create a *function* that allows us to rerun the same code easily, but create an argument that allows us to change one variable: the `n_neighbors` variable.
Here we are saving only a line of code, but we could apply this to a much more complex series of operations if we wanted to!

```{r UMAP-function}
UMAP_plot_wrapper <- function(sce = normalized_sce, nn_param = 15) {
  # Purpose: Run UMAP and plot the output
  # Args: nn_param: a single numeric argument that will change the
  #                 n_neighbors variable in the calculateUMAP() function.
  # Output: a scatterplot with the two UMAP coordinates plotted and
  #         cell-types labeled with data point colors.

  # Run UMAP with a specified n_neighbors parameter
  sce_umap <- scater::runUMAP(sce, dimred = "PCA", n_neighbors = nn_param)
  scater::plotReducedDim(sce_umap, "UMAP", color_by = "detected") +
    # make the legend label more informative (this is ggplot2 code!)
    guides(color = guide_colorbar(title="genes\nexpressed"))
}
```

Let's make sure that works and gives the same result as before when we use the default parameters.

```{r function-test}
UMAP_plot_wrapper(nn_param = 15)
```

*Kind of?*

This isn't your fault!
UMAP is a non-deterministic function, which means that there is a random component to the results.
We can use `set.seed()` to be sure that an individual run (or set of runs) is the same every time you run your analysis, but it is important to check your results a few times with different random starting points to be sure that the random component is not giving you anomalous results.
Setting a different random number seed with `set.seed()` is one way to do this, or you can run the analysis multiple times in the same session, as we have done here.

Fill in the next few code chunks with the function and the `n_neighbors` argument you would like to use for each.
(Feel free to add more tests!)
Then run the chunks and compare your output graphs.

```{r run-UMAP-1, live = TRUE}
# Try something low?
UMAP_plot_wrapper(nn_param = 3)
```

```{r run-UMAP-2, live = TRUE}
# Try something high?
UMAP_plot_wrapper(nn_param = 100)
```

```{r run-UMAP-3, live = TRUE}
# Try whatever you like!
UMAP_plot_wrapper(nn_param = 5)
```

#### Some 'big picture' thoughts to take from this experiment:

1. Analyses such as UMAP have various limitations for interpretability.
The coordinates of UMAP output for any given cell can change dramatically depending on parameters, and even run to run with the same parameters.
This probably means that you shouldn't rely on the exact values of UMAP's output.

    - One particular limitation of UMAP (and t-SNE) is that while observed clusters have some meaning, the distance *between* clusters usually does not (nor does cluster density).
    The fact that two clusters are near each other should NOT be interpreted to mean that they are more related to each other than to more distant clusters.
    (There is some disagreement about whether UMAP distances have more meaning, but it is probably safer to assume they don't.)


2. Playing with parameters so you can fine-tune them is a good way to give you more information about a particular analysis as well as the data itself.

3. Where results are consistent, they are more likely to have meaning.
While we do not have labeled cell types in this case, there does seem to be some consistency of the overall patterns that we see (if not precise values), and this likely reflects biological information (or technical artifacts).

In summary, if the results of an analysis can be completely changed by changing its parameters, you should be more cautious when it comes to the conclusions you draw from it as well as having good rationale for the parameters you choose.

### t-SNE comparison

In the block below is a similar analysis and plot with t-SNE (t-distributed Stochastic Neighbor Embedding).
Note that this analysis also uses PCA before moving on to the fancy machine learning.

```{r tsne, live = TRUE}
# Run TSNE
normalized_sce <- runTSNE(normalized_sce, dimred = "PCA")

# plot with scater function
plotReducedDim(normalized_sce, "TSNE", color_by = "detected")
```

Different! (Slower!) Is it better or worse? Hard to say!
Different people like different things, and one plot might illustrate a particular point better than another.

## Save results

We are going to use this data more in the next notebook, so let's save it as an `RDS` file.

```{r save}
readr::write_rds(normalized_sce, file = output_sce_file)
```


### Some further reading on dimension reduction:

- This website explains [PCA visually](http://setosa.io/ev/principal-component-analysis/).
- [Becht *et al.* (2018)](https://www.nature.com/articles/nbt.4314) discusses using [UMAP](https://github.com/lmcinnes/umap) for single-cell data.
- [Wattenberg *et al.* (2016)](https://distill.pub/2016/misread-tsne/) discuss how to use t-SNE properly with great visuals.
(The lessons apply to UMAP as well, with a broad substitution of the `n_neighbors` parameter for `perplexity`.)
- [Nguyen & Holmes (2019)](https://journals.plos.org/ploscompbiol/article?id=10.1371/journal.pcbi.1006907) lay out guidelines on choosing dimensions reduction methods.
- [Freitag (2019)](https://rpubs.com/Saskia/520216) is a nice explanation and comparison of many different dimensionality reduction techniques that you may encounter.


## Session Info

```{r session}
sessionInfo()
```

+
---
title: "Dimension Reduction with scRNA-seq data"
author: CCDL for ALSF
date: 2021
output:
  html_notebook:
    toc: true
    toc_float: true
---

## Objectives

This notebook will demonstrate how to:

- Read Cell Ranger data into R
- Filter post-quantification cells using `emptyDropsCellRanger()`
- Apply dimensionality reduction methods to single cell data
- Visualize samples in reduced dimensional space

---

In this notebook, we'll try out some dimension reduction techniques on single-cell RNA-seq data.

Visualizing highly dimensional data is a common challenge in genomics, and especially with RNA-seq data.
The expression of every gene we look at is another dimension describing a sample.
When we also have hundreds or thousands of individual samples, as in the case of single-cell analysis, figuring out how to clearly display all of the data in a meaningful way is difficult.

A common practice is to common to use dimension reduction techniques so all of the data is in a more manageable form for plotting, clustering, and other downstream analyses.

## Set Up

```{r setup}
# Load libraries
library(ggplot2)
library(scater)
library(scran)

# Setting the seed for reproducibility
set.seed(12345)
```

### Directories and files

The data we will be using for this module comes from a a 10x Genomics data set of [expression data from a Hodgkin's Lymphoma tumor](https://support.10xgenomics.com/single-cell-gene-expression/datasets/4.0.0/Parent_NGSC3_DI_HodgkinsLymphoma).
The data was generated with the 10Xv3.1 chemistry, and processed with Cell Ranger and 10x Genomics standard pipeline.


There are a variety of files that you will often see as part of the standard output from Cell Ranger, which are described in detail in [10x Genomics documentation](https://support.10xgenomics.com/single-cell-gene-expression/software/pipelines/latest/output/overview).
We have included some of these in the `data/hodkins/cellranger` directory, including the `web_summary.html` file that includes some similar QC statistics to those we generated with `alevinQC`.
The main file we will be working with are the feature by barcode matrices.
Cell Ranger does some filtering on its own, but we will start with the raw data.

```{r filepaths}
# main data directory
data_dir <- file.path("data", "hodgkins")
# reference files
ref_dir <- file.path("data", "reference")

# Path to the Cell Ranger matrix
raw_matrix_dir <- file.path(data_dir, "cellranger",
                            "raw_feature_bc_matrix")

# Path to mitochondrial genes table
mito_file <- file.path(ref_dir, "hs_mitochondrial_genes.tsv")

# Directory and file to save output
normalized_dir <- file.path(data_dir, "normalized")
fs::dir_create(normalized_dir)

output_sce_file <- file.path(normalized_dir, "normalized_hodgkins_sce.rds")

```

## Reading Cell Ranger data

Cell Ranger output includes count data in two main formats.
The first is a folder with a feature list, a barcode list, and a sparse matrix in ["Matrix Exchange" format](https://math.nist.gov/MatrixMarket/formats.html).
The `DropletUtils::read10xCounts()` function takes this directory and reads in the data from these three files, assembling the `SingleCellExperiment` object we have worked with before.

Alternatively, we could use the `HDF5` format file that Cell Ranger outputs as a file with the `.h5` extension, which contains the same data.
For whatever reason, the way you read the data affects how it is stored in R.
Reading from the directory results in smaller objects in R, so that is what we will do here.

Cell Ranger also outputs both filtered and raw matrices; today we will start with the raw matrix and perform our own filtering.

![Roadmap: Preprocessing and Import](diagrams/roadmap_single_preprocess_alevin.png)

```{r read10x, live = TRUE}
hodgkins_sce <- DropletUtils::read10xCounts(
  raw_matrix_dir, 
  col.names = TRUE # ensure barcodes are set as column names in the SCE object
)
```

How many potential cells are there here?

```{r cellcount, live = TRUE}
dim(hodgkins_sce)
```

That is a lot of cells!
In fact, it is really every possible barcode, whether there were reads associated with it or not.
We should probably do something about that.


## QC and normalization

![Roadmap: QC and filtering](diagrams/roadmap_single_qc_norm.png)

### Basic QC stats

We will start by calculating the basic QC stats as we have done previously, adding those to our `SingleCellExperiment` object.

The first step again is reading in our table of mitochondrial genes and finding the ones that were quantified our data set.

```{r mitogenes}
mito_genes <- readr::read_tsv(mito_file) |>
  dplyr::filter(gene_id %in% rownames(hodgkins_sce)) |>
  dplyr::pull(gene_id)
```

Next we will calculate the QC stats that we used before.
Note that this is much slower than before, as we have many more genes in the unfiltered set!

```{r calculateQC}
hodgkins_sce <- scater::addPerCellQC(
  hodgkins_sce,
  subsets = list(mito = mito_genes))
```

We can now do the most basic level of filtering: getting rid of "cells" with no reads.

```{r remove_zero, live = TRUE}
hodgkins_sce <- hodgkins_sce[, hodgkins_sce$total > 0]
dim(hodgkins_sce)
```

### Filtering with `emptyDropsCellRanger()`

The `DropletUtils` package that we used to read in the 10x data has a number of other useful features.
One is the `emptyDropsCellRanger()` function, which uses the overall gene expression patterns in the sample to identify droplets that are likely to not contain an intact cell, but may simply have contained loose ambient RNA released during cell separation.
This method was originally developed by [Lun *et al.* (2019)](https://doi.org/10.1186/s13059-019-1662-y) and implemented as the function `emptyDrops()`, but has since been adapted as the main filtering method used by Cell Ranger. 
The `emptyDropsCellRanger()` function emulates the variant of this function that used by Cell Ranger, making the results more comparable between the two methods.

The Empty Drops method uses the droplets with very low UMI counts to estimate the "ambient" expression pattern of RNA content outside of cells.
It then scores the remaining cells based how much they deviate from that pattern, assigning a small P value when the droplet's expression deviates from the ambient expression pattern.
Because it uses the low UMI count droplets, this method should not be used when other filtering has already been performed (which is unfortunately the case with the version of `salmon alevin` we used).

This method seems to perform well to exclude false "cells" while retaining cells with distinct expression profiles but low counts that might have failed a simple cutoff.
Note that this method also requires that the data has already been quantified, with reads assigned to genes, as compared to a simple total UMI count filter which can be performed much earlier in the pipeline.

The `emptyDropsCellRanger()` function takes the `counts` matrix from our SingleCellExperiment, and returns a data frame with the statistics it calculates.
This will take a few minutes to run, but we can speed it up by allowing parallel processing.

```{r emptydrops, live = TRUE}
droplet_stats <- DropletUtils::emptyDropsCellRanger(
  counts(hodgkins_sce),
  BPPARAM = BiocParallel::MulticoreParam(4)) # use multiprocessing
```

We will use a false discovery rate (FDR) of 0.01 as our cutoff for "real" cells.
Since `emptyDropsCellRanger()` uses low count cells to estimate the "ambient" expression pattern, those cells are not assigned an FDR value, and have a value of NA.
These NAs can be a problem for filtering with a Boolean vector, as we did above, so instead we will use the `which()` function to get the *positions* of the cells that pass our filter and select the columns we want using that.

```{r filter_empty, live = TRUE}
cells_to_retain <- which(droplet_stats$FDR <= 0.01)

filtered_sce <- hodgkins_sce[, cells_to_retain]
dim(filtered_sce)
```

How does this compare to the number of cells in the Cell Ranger filtered data?
Looking the `web_summary.html` report from Cell Ranger, it seems that it would have kept 3,394 cells, so we seem to be getting broadly similar results.

### Checking mitochondrial content

While `emptyDropsCellRanger()` should have filtered out droplets containing no cells, it will not necessarily filter out damaged cells.
For that we will still want to look at mitochondrial content, as we did previously.
The statistics we calculated earlier with `addPerCellQC()` are retained in our new object, so we can plot those directly.

```{r mito_percent_plot}
# Plot the mitochondrial percents stored in `filtered_sce`
ggplot(mapping = aes(x = filtered_sce$subsets_mito_percent)) +
  geom_histogram(bins = 100)
```
There are certainly some cells with high mitochondrial percentages!
For now, we will use a cutoff of 20% to filter out the worst of the cells.

```{r live = TRUE}
filtered_sce <- filtered_sce[, filtered_sce$subsets_mito_percent < 20]
```


We can also filter by features (genes in our case) using `scater::addPerFeatureQC()` which will compute the number of samples where each gene is detected and the mean count across all genes.
We can then use those data (stored in `rowData`) to filter by row to only the genes that are detected in at least 5% of cells, and with a mean count > 0.1.

```{r gene_qc}
filtered_sce <- scater::addPerFeatureQC(filtered_sce)
detected <- rowData(filtered_sce)$detected > 5
expressed <- rowData(filtered_sce)$mean > 0.1

# filter the genes (rows) this time
filtered_sce <- filtered_sce[detected & expressed, ]
```

How many cells do we have now?

```{r filtered_dim}
dim(filtered_sce)
```


### Normalize

Now we will perform the same normalization steps we did in a previous dataset, using `scran::computeSumFactors()` and `scater::logNormCounts()`.
You might recall that there is a bit of randomness in some of these calculations, so we should be sure to have used `set.seed()` earlier in the notebook for reproducibility.

```{r sumfactors}
# Cluster similar cells
qclust <- scran::quickCluster(filtered_sce)

# Compute sum factors for each cell cluster grouping.
filtered_sce <- scran::computeSumFactors(filtered_sce, clusters = qclust, positive = FALSE)
```

It turns out in this case we end up with some negative size factors.
This is usually an indication that our filtering was not stringent enough, and there remain a number of cells or genes with nearly zero counts.
This probably happened when we removed the infrequently-expressed genes; cells which had high counts from those particular genes (and few others) could have had their total counts dramatically reduced.

To account for this, we will recalculate the per-cell stats and filter out low counts.
Unfortunately, to do this, we need to first remove the previously calculated statistics, which we will do by setting them to `NULL`.

```{r reQC}
# remove previous calculations
filtered_sce$sum <- NULL
filtered_sce$detected <- NULL
filtered_sce$total <- NULL
filtered_sce$subsets_mito_sum <- NULL
filtered_sce$subsets_mito_detected <- NULL
filtered_sce$subsets_mito_sum <- NULL

# recalculate cell stats
filtered_sce <- scater::addPerCellQC(filtered_sce, subsets = list(mito = mito_genes))

# print the number of cells with fewer than 500 UMIs
sum(filtered_sce$sum < 500)
```

Now we can filter again.
In this case, we will keep cells with at least 500 UMIs after removing the lowly expressed genes.
Then we will redo the size factor calculation, hopefully with no more warnings.


```{r refilter}
filtered_sce <- filtered_sce[, filtered_sce$sum >= 500]

qclust <- scran::quickCluster(filtered_sce)

filtered_sce <- scran::computeSumFactors(filtered_sce, clusters = qclust)
```

Looks good! Now we'll do the normalization.

```{r normalize}
# Normalize and log transform.
normalized_sce <- scater::logNormCounts(filtered_sce)
```

At this point, we have a few different versions of our `SingleCellExperiment` object.
The original (mostly) unfiltered version is in `hodgkins_sce`, the filtered version in `filtered_sce`, and the normalized version in `normalized_sce`.
We can clean those up a bit to save memory, keeping only the latest `normalized_sce` version, which now has two `assay`s:
`counts` with the raw data and `logcounts` with the normalized and transformed data.

```{r clean_up, live = TRUE}
assayNames(normalized_sce)
rm(hodgkins_sce, filtered_sce)
```


## Dimensionality reduction and display

![Roadmap: Dimensionality reduction](diagrams/roadmap_single_dimension_reduction.png)

### Principal Components Analysis

Principal component analysis (PCA) is a dimensionality reduction technique that allows us to identify the largest components of variation in a complex dataset.
Our expression data can be thought of as mapping each sample in a multidimensional space defined by the expression level of each gene.
The expression of many of those genes are correlated, so we can often get a better, simpler picture of the data by combining the information from those correlated genes.

PCA rotates and transforms this space so that each axis is now a combination of multiple correlated genes, ordered so the first axes capture the most variation from the data.
These new axes are the "principal components."
If we look at the first few components, we can often get a nice overview of relationships among the samples in the data.

#### Storing PCA results with the raw data

We will store the PCA results in our `SingleCellExperiment` object, as we will want to use them later.
To do this, we will use the `runPCA()` function from `scater`, which performs the PCA calculations and returns a new object with the results stored in the `reducedDim` slot.
If we wanted to, we could get the raw results as a matrix instead with `calculatePCA()` function, as we did in a previous notebook.

We will also use the `ntop` argument to calculate the PCA using 2000 genes with the highest variance.
The default is `ntop = 500`.

```{r runPCA, live = TRUE}
# calculate PCA using the top 2000 genes
normalized_sce <- runPCA(normalized_sce, ntop = 2000)
```

We can see what reduced dimensionality matrices are stored in the object with the `reducedDimNames()` function.

```{r reduced_dim_names, live = TRUE}
# print the reduced dimensionality tables available
reducedDimNames(normalized_sce)
```

To extract them by name, we use the `reducedDim()` function, much like the `assay()` function to extract original data.

```{r extract_reduced, live = TRUE}
# print the top corner of the PCA matrix
reducedDim(normalized_sce, "PCA")[1:10, 1:5]
```

#### Plotting PCA results

If we have the PCA results stored in the `SingleCellExperiment` object, we can use the `scater::plotReducedDim()` function to plot it with some nice defaults easily.
One nice thing about this function is that it uses `ggplot2` under the hood, so if we wanted to customize it later, we could.

```{r plotPCA, live = TRUE}
# plot PCA results
plotReducedDim(normalized_sce, "PCA")
```
PCA gives us a matrix with more than just two dimensions, and we might want to look at some higher dimensions too.
We can do that with the `ncomponents` argument.

```{r plotPCA34, live = TRUE}
# plot PC3 and PC4
plotReducedDim(normalized_sce, "PCA", ncomponents = c(3,4))
```

### Modeling variance

The variation in gene expression we see among cells comes from a combination of variation due to technical effects and the biology we really care about.
In order to roughly account for this we could just take the largest variance genes, on the assumption that low variance genes are mostly just noise.
This is the default approach that `runPCA()` and `calculatePCA()` take, using the genes with the greatest variance across cells to calculate the PCA matrix.

If we want to be a bit more careful about it, we can model the variance in expression of each gene as a function of the mean expression for that gene.
This is useful because we generally expect the variance to increase as mean expression increases, even if there is no biological signal in the expression variation.

We will do this modeling of variance by expression with the `scran::modelGeneVar()` function, saving the results to a new variable.

```{r model_variance}
gene_variance <- scran::modelGeneVar(normalized_sce)
```

Now let's plot the relationship between gene expression and variance we were discussing.
Here we will also add the fitting curve that `scran::modelGeneVar()` created, which is stored as function in the  `$trend` slot of the `gene_variance` object.
We can add a function like that curve to a `ggplot` with a `stat_function` layer.

```{r plot_variance}
ggplot(as.data.frame(gene_variance), aes(x = mean, y = total)) +
  geom_point(alpha = 0.1) +
  stat_function(fun = metadata(gene_variance)$trend, color = "blue") +
  labs(
    x = "Mean log-expression",
    y = "Variance") +
  theme_bw()
```

Now we can use `scran::getTopHVGs()` to select the genes that have the most biological variation (according to the model) and recalculate PCA scores using only those genes.
(In practice, we are selecting the genes with the largest residual variation after removing technical variation modeled by the mean/variance relationship.)

Here we are picking the 2000 top genes to match the number of genes from our earlier calculations.

```{r get_highvar, live = TRUE}
# select the most variable genes
highvar_genes <- scran::getTopHVGs(gene_variance, n = 2000)
# calculate a PCA matrix using those genes
normalized_sce <- runPCA(normalized_sce, subset_row = highvar_genes)
```

Now we can plot our new PCA values for comparison.
You might realize that our old PCA values were replaced when we ran `runPCA()` again, so we can't recreate the earlier plots at this stage of the notebook.
You will have to scroll up to your earlier plots to compare.

```{r plotPCA_highvar, live = TRUE}
# plot the new PCA results
plotReducedDim(normalized_sce, "PCA")
plotReducedDim(normalized_sce, "PCA", ncomponents = c(3,4))
```

### UMAP

**UMAP** (Uniform Manifold Approximation and Projection) is a machine learning technique designed to provide more detail in highly dimensional data than a typical principal components analysis.
While PCA assumes that the variation we care about has a particular distribution (normal, broadly speaking), UMAP allows more complicated distributions that it learns from the data.
The underlying mathematics are beyond me, but if you are more ambitious than I, you can look at the paper by [McInnes, Healy, & Melville (2018)](https://arxiv.org/abs/1802.03426).
The main advantage of this change in underlying assumptions is that UMAP can do a better job separating clusters, especially when some of those clusters may be more similar to each other than others.

Another dimensionality reduction technique that you may have heard of is **t-SNE** (t-distributed Stochastic Neighbor Embedding), which has similar properties to UMAP, and often produces similar results.
There is some ongoing debate about which of these two techniques is superior, and whether the differences are due to the underlying algorithm or to implementation and parameter initialization defaults.
Regardless of why, in our experience, UMAP seems to produce slightly better results and run a bit faster, but the differences can be subtle.

#### Default parameters

For ease of use with this data, we will be using the `scater::calculateUMAP()` and `scater::runUMAP()` function to apply UMAP to our single cell data, but similar functions the `uwot` package (notably `uwot::umap()`) can be used to apply UMAP to any numerical matrix.

UMAP can be slow for a large data set with lots of parameters.
It is worth noting that the `scater::calculateUMAP()` implementation actually does PCA first, and then runs UMAP on the top 50 PCs.
If we have already calculated PCA (as we have) we can tell it to use those results with the `dimred` argument.

As with PCA, there are two functions we could use:
`scater::calculateUMAP()` will return a matrix of results, with one row for each sample, and a column for each of the UMAP dimensions returned.
`scater::runUMAP()` performs the same function, but returns the results in a SingleCellExperiment object.

Let's see how it looks with the (mostly) default parameters:

```{r calculate_umap, live = TRUE}
# Run UMAP
normalized_sce <- runUMAP(normalized_sce,
                          dimred = "PCA") # use already stored PCA results
```

Now we can plot with the same `plotReducedDim()` function, specifying we want to plot the UMAP results this time.
We will also add some color this time with the `color_by` argument, using the number of genes detected in each cell to assign a hue.

```{r plot_umap, live = TRUE}
# make a UMAP plot with `plotReducedDim()`
plotReducedDim(normalized_sce, "UMAP", color_by = "detected")
```

There is clearly a lot of structure in there, but is it meaningful?
Do the clusters we see differentiate cell types? How should we divide them up?

We will come back to this question later!

### UMAP experiments

Now that we have an idea of what a UMAP plot with the default parameters looks like, let's try experimenting with the `n_neighbors` parameter.
First, we should see what this parameter is, and what the default value is.
In the console, run `?scater::calculateUMAP` to see what this (and other parameters) are.
For even more parameters, you can look at the underlying implementation code that `calculateUMAP()` uses, which is the function `uwot::umap()`

In order to make our experimentation easier, we will create a *function* that allows us to rerun the same code easily, but create an argument that allows us to change one variable: the `n_neighbors` variable.
Here we are saving only a line of code, but we could apply this to a much more complex series of operations if we wanted to!

```{r UMAP-function}
UMAP_plot_wrapper <- function(sce = normalized_sce, nn_param = 15) {
  # Purpose: Run UMAP and plot the output
  # Args: nn_param: a single numeric argument that will change the
  #                 n_neighbors variable in the calculateUMAP() function.
  # Output: a scatterplot with the two UMAP coordinates plotted and
  #         cell-types labeled with data point colors.

  # Run UMAP with a specified n_neighbors parameter
  sce_umap <- scater::runUMAP(sce, dimred = "PCA", n_neighbors = nn_param)
  scater::plotReducedDim(sce_umap, "UMAP", color_by = "detected") +
    # make the legend label more informative (this is ggplot2 code!)
    guides(color = guide_colorbar(title="genes\nexpressed"))
}
```

Let's make sure that works and gives the same result as before when we use the default parameters.

```{r function-test}
UMAP_plot_wrapper(nn_param = 15)
```

*Kind of?*

This isn't your fault!
UMAP is a non-deterministic function, which means that there is a random component to the results.
We can use `set.seed()` to be sure that an individual run (or set of runs) is the same every time you run your analysis, but it is important to check your results a few times with different random starting points to be sure that the random component is not giving you anomalous results.
Setting a different random number seed with `set.seed()` is one way to do this, or you can run the analysis multiple times in the same session, as we have done here.

Fill in the next few code chunks with the function and the `n_neighbors` argument you would like to use for each.
(Feel free to add more tests!)
Then run the chunks and compare your output graphs.

```{r run-UMAP-1, live = TRUE}
# Try something low?
UMAP_plot_wrapper(nn_param = 3)
```

```{r run-UMAP-2, live = TRUE}
# Try something high?
UMAP_plot_wrapper(nn_param = 100)
```

```{r run-UMAP-3, live = TRUE}
# Try whatever you like!
UMAP_plot_wrapper(nn_param = 5)
```

#### Some 'big picture' thoughts to take from this experiment:

1. Analyses such as UMAP have various limitations for interpretability.
The coordinates of UMAP output for any given cell can change dramatically depending on parameters, and even run to run with the same parameters.
This probably means that you shouldn't rely on the exact values of UMAP's output.

    - One particular limitation of UMAP (and t-SNE) is that while observed clusters have some meaning, the distance *between* clusters usually does not (nor does cluster density).
    The fact that two clusters are near each other should NOT be interpreted to mean that they are more related to each other than to more distant clusters.
    (There is some disagreement about whether UMAP distances have more meaning, but it is probably safer to assume they don't.)


2. Playing with parameters so you can fine-tune them is a good way to give you more information about a particular analysis as well as the data itself.

3. Where results are consistent, they are more likely to have meaning.
While we do not have labeled cell types in this case, there does seem to be some consistency of the overall patterns that we see (if not precise values), and this likely reflects biological information (or technical artifacts).

In summary, if the results of an analysis can be completely changed by changing its parameters, you should be more cautious when it comes to the conclusions you draw from it as well as having good rationale for the parameters you choose.

### t-SNE comparison

In the block below is a similar analysis and plot with t-SNE (t-distributed Stochastic Neighbor Embedding).
Note that this analysis also uses PCA before moving on to the fancy machine learning.

```{r tsne, live = TRUE}
# Run TSNE
normalized_sce <- runTSNE(normalized_sce, dimred = "PCA")

# plot with scater function
plotReducedDim(normalized_sce, "TSNE", color_by = "detected")
```

Different! (Slower!) Is it better or worse? Hard to say!
Different people like different things, and one plot might illustrate a particular point better than another.

## Save results

We are going to use this data more in the next notebook, so let's save it as an `RDS` file.

```{r save}
readr::write_rds(normalized_sce, file = output_sce_file)
```


### Some further reading on dimension reduction:

- This website explains [PCA visually](http://setosa.io/ev/principal-component-analysis/).
- [Becht *et al.* (2018)](https://www.nature.com/articles/nbt.4314) discusses using [UMAP](https://github.com/lmcinnes/umap) for single-cell data.
- [Wattenberg *et al.* (2016)](https://distill.pub/2016/misread-tsne/) discuss how to use t-SNE properly with great visuals.
(The lessons apply to UMAP as well, with a broad substitution of the `n_neighbors` parameter for `perplexity`.)
- [Nguyen & Holmes (2019)](https://journals.plos.org/ploscompbiol/article?id=10.1371/journal.pcbi.1006907) lay out guidelines on choosing dimensions reduction methods.
- [Freitag (2019)](https://rpubs.com/Saskia/520216) is a nice explanation and comparison of many different dimensionality reduction techniques that you may encounter.


## Session Info

```{r session}
sessionInfo()
```
