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Instead of using the CLIB122-derived YALI0 gene identifiers, used the W29-derived YALI1 genes instead. This most likely constitutes a whole new reconstruction, to be tracked in a separate branch.
edit: instead of separate branch, @ChristianLieven has included Yali1 identifiers in the same model here.
evaluate of the solution above is functioning well when loading model with RAVEN and COBRA
identify if new Yali1 genes (absent from Yali0) code for new reactions
The text was updated successfully, but these errors were encountered:
Hi @edkerk are CLIB122-derived IDs due to a re-annotation and hence entirely different ORFs than W29-derived or would it be possible to use gene annotation to map between them?
Instead of using the CLIB122-derived YALI0 gene identifiers, used the W29-derived YALI1 genes instead. This most likely constitutes a whole new reconstruction, to be tracked in a separate branch.
edit: instead of separate branch, @ChristianLieven has included Yali1 identifiers in the same model here.
The text was updated successfully, but these errors were encountered: