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Due to complexities in the typing of UTRs and also/especially the dynamic nature of their definition in the IMGT/HLA database, a new redux method is needed to collapse over ambiguity the UTR regions.
This redux mode will allow analysis of 4-field data where the intent is to treat alleles as equivalent if they only differ in either the 5'UTR or 3'UTR.
The proposed name for this new redux mode is "T" which refers to gene transcript: all exons and introns.
This redux method should work exactly like "G" in that it depends on a mapping file hla_nom_t.txt.
It probably needs to follow and expansion to "W" to make sure the data is at that resolution first.
This file can be produced by a 41 line perl script to post-process a cypher query from GFEDB.
I would include it here but there is not sufficient space in the margins.
The 4th field of HLA nomenclature includes:
Due to complexities in the typing of UTRs and also/especially the dynamic nature of their definition in the IMGT/HLA database, a new redux method is needed to collapse over ambiguity the UTR regions.
This redux mode will allow analysis of 4-field data where the intent is to treat alleles as equivalent if they only differ in either the 5'UTR or 3'UTR.
The proposed name for this new redux mode is "T" which refers to gene transcript: all exons and introns.
This redux method should work exactly like "G" in that it depends on a mapping file hla_nom_t.txt.
It probably needs to follow and expansion to "W" to make sure the data is at that resolution first.
This file can be produced by a 41 line perl script to post-process a cypher query from GFEDB.
I would include it here but there is not sufficient space in the margins.
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