Use of the ND evidence code for Gene Ontology (GO) terms
DROME/CG5611/CG5611-uniprot.txt
Falcon deep research report for CG5611
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No gene-specific biochemical, localization or pathway study was found; the only gene-specific observation is a high-throughput olfactory-memory screen hit.
"The sole retrieved target-specific experimental observation is a 2015 high-throughput association between CG5611 perturbation and reduced olfactory-conditioning performance"
CG5611 active-site and family-placement check
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No human or mouse protein is in PTHR43802, and the FlyBase/DIOPT human orthologs lie in other PANTHER families.
"No human or mouse protein is classified in PTHR43802."
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The second catalytic glutamate of canonical enoyl-CoA hydratase aligns to asparagine in CG5611.
"| rat ECHS1 P14604 | E164 (SITE, important for catalysis) | N171 |"
Identification of genes that promote or inhibit olfactory memory formation in Drosophila.