This happens as follows: during merge, these get glommed together with an HP. In many cases, this seems entirely legitimate.
During type assignment, this gets turned into a phenotypic feature (no mondo + HP)...
During output, it is recognized that OMIM, DOID are not valid identifier prefixes for phenotypes and they are stripped out.
Fundamentally, this represents differing views across vocabularies on the type of a disease/phenotype. DOID really think that hypoglycemic coma is a disease, even if everybody else says it's a phenotype.
--
Options:
Update phenotypic feature in the biolink model to include DOID and OMIM as valid prefixes. This is basically saying that we think that DOID and OMIM have misclassified these entities.
Make DOID / OMIM + HP come out as Disease nodes. This is saying that we think uniformly that HP (and possibly UMLS, etc) have misclassified them.
As is, we say that these are incompatible, forget about them.
IN the new version of normalization, there are about 25 identifiers that are not showing up in the final output for disease/phenotpyic feature.
This happens as follows: during merge, these get glommed together with an HP. In many cases, this seems entirely legitimate.
During type assignment, this gets turned into a phenotypic feature (no mondo + HP)...
During output, it is recognized that OMIM, DOID are not valid identifier prefixes for phenotypes and they are stripped out.
Fundamentally, this represents differing views across vocabularies on the type of a disease/phenotype. DOID really think that hypoglycemic coma is a disease, even if everybody else says it's a phenotype.
--
Options:
Update phenotypic feature in the biolink model to include DOID and OMIM as valid prefixes. This is basically saying that we think that DOID and OMIM have misclassified these entities.
Make DOID / OMIM + HP come out as Disease nodes. This is saying that we think uniformly that HP (and possibly UMLS, etc) have misclassified them.
As is, we say that these are incompatible, forget about them.