馃搵 Description
It would be a valuable feature to allow users to input biological ontology or pathway terms鈥攕uch as Gene Ontology (GO) terms or KEGG pathway identifiers鈥攁nd retrieve gene modules composed of phenotype-similar genes associated with those terms.
This functionality would enable users to explore how genes involved in specific pathways or functions (e.g., "cell cycle," "insulin signaling") form phenotype-based modules, potentially revealing new insights into in vivo functional relationships.
Proposed behavior
- Users can enter GO term or KEGG pathway term.
- The system maps those terms to corresponding genes.
- Genes are filtered to identify phenotype-similar modules.
- The resulting network is visualized on the interface.
Benefit
This integration bridges well-established functional annotations with phenotypic similarity, allowing a unique and intuitive way to interpret genetic modules based on both curated knowledge and experimental phenotypes.
Idea contributed by @kinari-labwork 馃帄
馃敄 TSUMUGI Version
1.0.0 (preview)
馃搸 Anything else?
None
馃搵 Description
It would be a valuable feature to allow users to input biological ontology or pathway terms鈥攕uch as Gene Ontology (GO) terms or KEGG pathway identifiers鈥攁nd retrieve gene modules composed of phenotype-similar genes associated with those terms.
This functionality would enable users to explore how genes involved in specific pathways or functions (e.g., "cell cycle," "insulin signaling") form phenotype-based modules, potentially revealing new insights into in vivo functional relationships.
Proposed behavior
Benefit
This integration bridges well-established functional annotations with phenotypic similarity, allowing a unique and intuitive way to interpret genetic modules based on both curated knowledge and experimental phenotypes.
Idea contributed by @kinari-labwork 馃帄
馃敄 TSUMUGI Version
1.0.0 (preview)
馃搸 Anything else?
None