Fetched with just fetch-gene PSEAE Q9HUL1 --alias motA; accession matches the
worklist. Unreviewed TrEMBL entry, named motA by the PAO1 genome annotation.
No deep-research provider key was available; literature is the stator papers
already used for motB (genes/PSEAE/motB).
The node-level GO_CENTRAL defect for PTN001252377 is recorded once, in
genes/PSEAE/motC (motC, PA1460, is the co-seed and has the direct single-mutant
swarming phenotype). The verdicts below are consistent with it and with the
parallel MotB node PTN001251133 (genes/PSEAE/motB).
| PTN node | node term | n_seeds | leaf IBAs | seed annotation (term, evidence, PMID) | verdict | rationale | other seeds | IBD stands without this seed? |
|---|---|---|---|---|---|---|---|---|
| PTN001252377 | GO:0071978 bacterial-type flagellum-dependent swarming motility | 2 (Q9HUL1, G3XD73) | 29 (19 taxa) | GO:0071978, IMP, PMID:15629949 and PMID:25349157 (PseudoCAP) | INDIRECT-PHENOTYPE | MotA is a genuine stator subunit, so flagellar motility is its own process, but neither seed paper shows a swarming requirement for motAB: the single mutant swarms like wild type (PMID:15629949) or better (PMID:25349157), and the defect needs the motCD double mutant. The term is kept as non-core context for the gene. | motC (G3XD73), sound: the motCD single mutant fails to swarm at 0.5% agar or above and motCD in trans restores swarming | Yes, for P. aeruginosa — the motC seed carries it. But the node term is still too specific for the 29-leaf clade (Aquifex, Thermotoga, Helicobacter, Leptospira, Rhodopirellula stators, no swarming data), so a GO_CENTRAL repoint to GO:0071973 is requested on motC. |
Stator complex (GO:0120101) at the same node is seeded by E. coli MotA (P09348)
and is sound; it is accepted as the core location.