EFNB1 evidence replay results

The executed saved-data replay reproduces the following results from the original inputs:

Evidence Reproduced result
IntAct 259 query records; 17 selected records for the reviewed pairs; 34 matching official reference-sequence checksums. The 17 include two microscopy records that are retained as colocalization, not counted as binding experiments.
PAINT 389 tree nodes; exact 346-aa human target sequence; six literal IBDs on its ancestral path.
Reactome All 30 imported location assertions resolve to P98172 at plasma membrane, through 66 positive paths using 83 nodes. Additional successfully retrieved ephrin branches are included for reproducibility.
PMID:35922511 Human EFNB1 prefix of 240 residues; six reciprocal raw assay cells for EPHA2, EPHB2 and EPHA4; corresponding source-network and affinity entries.
PMID:40205054 One selected EFNB1→EPHB2 AP-MS edge among 39 incident EFNB1 edges in the original network.
PMID:19056867 One EFNB1/NP_004420 table row with one peptide; the final table value 2 identifies the cited publication.

For PMID:35922511, the source-reported SPR dissociation constants are 41,000 nM for EPHA2 and 25,000 nM for EPHA4. The EPHB2 value of 0.66 nM is marked Published, and is not a newly measured value from that study. The measured recombinant product consists of the human 1–240 prefix and fusion tags, rather than the full membrane-bound ligand or intracellular fragment. Raw reciprocal cells and source rows remain visible in source-projections.json; no native membrane affinity is inferred.

The independently established partner classes are:

Partner Official source Class used and limit
ERBB2/P04626 UniProt Signaling receptor. Association does not by itself establish EFNB1 receptor agonism or kinase activity.
EPHB2/P29323 UniProt Eph receptor; supports ephrin receptor binding.
EPHA2/P29317 UniProt Eph receptor; the extracellular assay supports binding without a general cross-class activation claim.
EPHA4/P54764 UniProt Eph receptor with broad ligand recognition; individual assay scope is retained.
ANKRD46/Q86W74-2 UniProt Displayed product officially named isoform 1, with ankyrin repeats. No independently established narrower functional partner class was assigned.
Mouse PICK1/Q62083 UniProt PDZ-containing partner in a literal positive Y2H record. Its domain architecture alone does not identify the assayed EFNB1 interface in the unavailable full original.

The PAINT placement is evaluated as a curated ancestral assertion, not a donor-count vote. Human EFNB1’s inclusion among evidence sources is valid target grounding. Rat cortical synaptic experiments and current donor annotations support the neuronal contexts; a donor extension naming hippocampus is kept distinct from the inspected cortical culture Methods.

HPA reports plasma membrane with per-location reliability supported for the exact EFNB1 target. No image pixels were independently interpreted. The earlier non-target lookup is excluded from this public input bundle and all biological conclusions.

The calculations authenticate source records and reproduce measured values. They do not prove actual full-length insert identity solely from a reference ROGID, independently revalidate urinary peptide spectra, establish a native physiological role for every screen pair, or assign other Reactome participants’ catalytic activities to EFNB1.