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Currently masses can only be computed from AtomArray objects (and objects of the related classes) or residue names from the Chemical Component Dictionary, using the biotite.structure.info.mass() function. However, especially for applications related to proteomics, it is useful to compute the masses of sequences. Therefore, I would like to propose to add a similar function to the sequence package (i.e. biotite.sequence.mass() or biotite.sequence.info.mass()).
Masses could be obtained from the biotite.structure.info.mass() function using the residue name for each monomer, while accounting for the mass difference resulting from the linkage.
Furthermore, I would like to suggest adding an option for monoisotopic masses. While these can not be obtained via the Chemical Component Dictionary, they could be parsed from the PubChem database using the SMILES (in the Chemical Component Dictionary) or calculated on the fly.
The text was updated successfully, but these errors were encountered:
For protein sequences there is ProteinSequence.get_molecular_weight(), so for now this functionality is already implemented. However, I think your solution of a sequence.info would be more consistent with the structure.info package, if the need/request for more sequence information related functionality (masses, isoelectic points,, etc.) arises. Therefore, I would suggest to revisit this idea again, when such features are planned.
Currently masses can only be computed from
AtomArray
objects (and objects of the related classes) or residue names from the Chemical Component Dictionary, using thebiotite.structure.info.mass()
function. However, especially for applications related to proteomics, it is useful to compute the masses of sequences. Therefore, I would like to propose to add a similar function to the sequence package (i.e.biotite.sequence.mass()
orbiotite.sequence.info.mass()
).Masses could be obtained from the
biotite.structure.info.mass()
function using the residue name for each monomer, while accounting for the mass difference resulting from the linkage.Furthermore, I would like to suggest adding an option for monoisotopic masses. While these can not be obtained via the Chemical Component Dictionary, they could be parsed from the PubChem database using the SMILES (in the Chemical Component Dictionary) or calculated on the fly.
The text was updated successfully, but these errors were encountered: