Autonomous flowering all-member review (2026-10-26)

Re-reviewed all 20 original rows and independently assessed the two inherited NEW molecular-function proposals. Real existing provider reports were used only to locate primary evidence. The old phosphatidylethanolamine-binding core quoted TFL1 antagonism and did not support its lipid claim. Direct primary PMID:24698997 reports no PE binding signal even at increased PE loading, specific PC binding, and liposome confirmation; PMID:31726375 provides structural modeling plus experimentally tested binding-site mutations. The original ISS PE row is therefore MODIFY to GO:0031210 phosphatidylcholine binding, preserving the original term/evidence/reference payload. The PC core uses those experiments. This is a ligand correction, not a new redundant lipid annotation; the PEBP family name is not experimental evidence of PE affinity.

The two inherited NEWs remain: PMID:16099979 establishes FT interaction with FD, and PMID:16099980 establishes AP1 activation by the FT-FD complex. GO:0140297 records specific partner recognition; GO:0003713 records the transcriptional coactivator effect. Live QuickGO ancestry checks show neither is an ancestor/descendant of the other. These are MF proposals, not process claims inferred from necessity or cargo transport. FT performs the coactivation step through its DNA-binding partner; it is not itself assigned DNA binding. No additional NEW row was created.

Full PMID:22529749 explicitly reports FT:RFP/FTIP1:GFP colocalization at ER connected to the nuclear envelope in transiently transformed N. benthamiana leaf epidermis. The ER term is retained KEEP_AS_NON_CORE with that assay boundary; the observation is not rejected merely because FT transcriptional action is nuclear. Cytoplasmic and nuclear locations remain supported. The source establishes FTIP1-mediated export, with FT as cargo/signal; neither FT transport activity nor a membrane-spanning FT topology is invented. The inherited proposed term for phloem protein transport was removed because FT is transported, and complex-assembly proposals were retired in favor of demonstrated coactivation and an explicit native-composition question.

Grafting/movement evidence comes from PMID:17446353, not the separately retracted FT-mRNA transport paper. Primary PMID:21737277 independently establishes the guard-cell stomatal function, which remains non-core. Meristem determinacy is supported by the genotype/tissue-expression/grafting comparisons in PMID:30943325 rather than inferred merely from flowering time.

Normal publication caching (just fetch-gene-pmids ARATH FT) completed. A targeted full-text refresh was interrupted by disk exhaustion before curated writes, then recovered serially after space was freed. Original source files were checked for intact metadata and abstracts; no cache text was edited manually. Existing real provider files were reused rather than fabricated or rewritten. Primary access levels below are those actually cached at final review.

Per-row audit

Row numbers are zero-based and identify the unchanged original order.

Row Term Original evidence/source Final action Primary or curated support
0 GO:0005634 nucleus IEA GO_REF:0000044 ACCEPT file:ARATH/FT/FT-uniprot.txt, PMID:22529749
1 GO:0005737 cytoplasm IEA GO_REF:0000044 ACCEPT file:ARATH/FT/FT-uniprot.txt
2 GO:0005783 endoplasmic reticulum IEA GO_REF:0000044 KEEP_AS_NON_CORE PMID:22529749
3 GO:0009908 flower development IEA GO_REF:0000043 MODIFY PMID:16099979
4 GO:0030154 cell differentiation IEA GO_REF:0000043 MODIFY PMID:16099979
5 GO:0005515 protein binding IPI PMID:16099979 REMOVE PMID:16099979
6 GO:0005515 protein binding IPI PMID:17189287 REMOVE PMID:17189287
7 GO:0005515 protein binding IPI PMID:19656342 REMOVE PMID:19656342
8 GO:0005515 protein binding IPI PMID:29259105 REMOVE file:ARATH/FT/FT-uniprot.txt
9 GO:0010022 meristem determinacy IGI PMID:30943325 ACCEPT PMID:30943325
10 GO:0005515 protein binding IPI PMID:22529749 REMOVE PMID:22529749
11 GO:0010119 regulation of stomatal movement IMP PMID:21737277 KEEP_AS_NON_CORE PMID:21737277
12 GO:0009909 regulation of flower development IGI PMID:20626659 MODIFY PMID:16099979
13 GO:0005515 protein binding IPI PMID:16099980 REMOVE PMID:16099980
14 GO:0005634 nucleus IDA PMID:16099979 ACCEPT file:ARATH/FT/FT-uniprot.txt, PMID:22529749
15 GO:0005737 cytoplasm IDA PMID:16099979 ACCEPT file:ARATH/FT/FT-uniprot.txt
16 GO:0048573 photoperiodism, flowering IEP PMID:17446353 ACCEPT PMID:17446353
17 GO:0008429 phosphatidylethanolamine binding ISS PMID:10583961 MODIFY PMID:24698997, PMID:31726375
18 GO:0009911 positive regulation of flower development IMP PMID:10583960 ACCEPT PMID:10583960, PMID:16099979
19 GO:0009911 positive regulation of flower development IMP PMID:10583961 ACCEPT PMID:10583961, PMID:16099980
20 GO:0140297 DNA-binding transcription factor binding IPI PMID:16099979 NEW PMID:16099979, file:ARATH/FT/FT-uniprot.txt
21 GO:0003713 transcription coactivator activity IPI PMID:16099980 NEW PMID:16099980, PMID:16099979

The original annotation payloads, including any NOT/contributes-to fields, were preserved. Existing annotations judged here are not cited as their own evidence. Provider-only warning suppression is not a reason to reintroduce provider prose as biological support.

Final local primary-source access

Source Normal cache access
PMID:10583960 Abstract only
PMID:10583961 Abstract only
PMID:16099979 Abstract only
PMID:16099980 Abstract only
PMID:17189287 Abstract only
PMID:17446353 Abstract only
PMID:19656342 Abstract only
PMID:20626659 Abstract only
PMID:21737277 Abstract only
PMID:22529749 Full text
PMID:29259105 Full text
PMID:30943325 Abstract only
PMID:24698997 Full text
PMID:31726375 Full text

All cited primary caches were inspected at the stated access level; source-specific limits remain explicit in the review.

PR #5574 prose and justification follow-up

Corrected citation spacing in reviewer-authored prose without altering original annotation payloads, source quotations, raw source files or prior histories. Flower-development membership to positive regulation is explicitly a lateral role correction; unsigned regulation to positive regulation specifies the supported direction. FT/FD-dependent AP1 activation remains the evidence, without asserting new direct target assays.