Fetched with just fetch-gene PSEAE Q9HUW6 --alias ctpL (accession fetch after the
symbol query hit a UniProt 429). Accession Q9HUW6 matches the worklist. No deep-research
provider keys were available; literature is from the cached publications and the UniProt
record. Seed papers PMID:10852870, PMID:24038698 are abstract-only (PMC101905, PMC3837763
full text not retrievable through the PubMed MCP or Europe PMC); PMID:27353565 full text
is cached.
| PTN node | node term | n_seeds | leaf IBAs | seed annotation (term, evidence, PMID) | verdict | rationale | other seeds | IBD stands without this seed? |
|---|---|---|---|---|---|---|---|---|
| PTN001280296 | GO:0006935 chemotaxis | 10 | 215 (22 taxa) | GO:0006935, IMP, PMID:10852870 | SOUND | The ctpL mutant loses low-Pi taxis and the ctpH ctpL double mutant loses Pi taxis at all concentrations; CtpL is the receptor that transduces the stimulus (via Pi-loaded PstS). Also the 4CA/catechol receptor (PMID:24038698). | PctA, PctB, PctC, CtpH, CtpM, Aer (PseudoCAP IMP); B. subtilis McpC (IDA/IMP positive chemotaxis); B. subtilis and H. salinarum HemAT (IDA aerotaxis) | Yes; independent IDA seeds and six other PseudoCAP seeds |
The node-level assessment of PTN001280296 is recorded once in pctB-notes.md (all five
chemoreceptors reviewed in that batch SOUND; node term chemotaxis suits the PTHR32089 MCP
clade; no GO_CENTRAL defect). ctpL is consistent with it. The only leaf oddity (Dictyostelium
AlyL lysozyme-like proteins placed in the clade) is a PANTHER family-placement issue raised
on pctB.