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I understand that there are duplicate structures for tails 4 and 5 in the article figure and also saw duplicate smiles codes, due to this, in the data, as described here, #12 (comment)
Do you have a clean version of the experimental data where the values for the trans and cis lipids can be distinguished, and could share it? Or is there a way to derive it from the shared dataset, e.g. through the sequence of the tails you used when constructing the lipids library from the components?
Thanks a lot!
The text was updated successfully, but these errors were encountered:
The SMILES strings were enumerated using MARVIN (https://chemaxon.com/marvin), which has inherent limitations and cannot distinguish between cis and trans isomers. Addressing this issue would require manual annotation to clean the data, a highly time-intensive process. However, since the transfection potency of the cis and trans tails was found to be highly comparable, such efforts are unlikely to significantly enhance data quality.
Thanks for the explanations! I had hoped that the experimental data had been recorded or processed in a structure along that of the heat map, i.e. categorized by the three components. Then one would only need to identify which tail was what isomer, from possibly a single entry in the lab journal. But I of course could only guess what is available in terms of data and documentation, so I was probably too optimistic.
I understand that there are duplicate structures for tails 4 and 5 in the article figure and also saw duplicate smiles codes, due to this, in the data, as described here, #12 (comment)
Do you have a clean version of the experimental data where the values for the trans and cis lipids can be distinguished, and could share it? Or is there a way to derive it from the shared dataset, e.g. through the sequence of the tails you used when constructing the lipids library from the components?
Thanks a lot!
The text was updated successfully, but these errors were encountered: