All 72 original QuickGO contexts and 72 exported rows were reconciled with the genuine 70-row seed. Two pairs differ by nuclear scope and are retained as 72 distinct review contexts. All eleven original extension atoms and partner isoform identifiers remain intact. The source evidence preserves the complete originals and actual raw-to-native-to-reviewed mapping.
FOXP2 is a nuclear transcription factor with direct human regulatory-DNA binding and repression evidence. Target-dependent activation, model-dependent neuronal development and cooperative mouse muscle-development findings remain distinct. Positive pair assays are interpreted within their recorded host, construct and detection method. No new annotation or publication quotation is proposed.
The official record declares nine products and supports eight sequence reconstructions. O15409-3 is explicitly Not described. Historical clone names, the 714-aa BC143867 construct, the 503–584 structural fragment and an annotated 93–715 interaction region are not assigned to natural products without exact construct evidence.
The actual PTHR45796 human target is PTN002483647/AN150, matching the 715-aa displayed sequence. All seven incoming IBA objects join literal IBDs on its path, across four distinct ancestral nodes. The original donor groupings remain exact; human self-donor evidence is legitimate experimental grounding. Current rat vocalization ISO/IBA records are distinguished from an original direct rat experiment.
Selected original Subjects, statistical Methods, Tables 1–2 and Results printed 467–471. The normal cache is abstract-only; the selected original at https://www.researchgate.net/publication/11489179_MRI_analysis_of_an_inherited_speech_and_language_disorder_Structural_brain_abnormalities was accessible and read within these locators. Complete article, image and supplement coverage is not claimed.
Human KE-family MRI shows caudate reduction and bilateral putamen increase. This is developmental clinical context, not a direct cellular mechanism; the putamen VBM threshold and limited cohort remain explicit.
Sources: pubmed; doi; selected original.
Authentic abstract and official UniProt alternative-product declarations/feature edits; original full Methods not inspected.
Documents additional exons and splice forms including a truncated FOXP2-S. Historical names are not assigned to current suffixes without sequence reconciliation; official O15409-3 remains undescribed.
Authentic abstract and official sequence-source attribution only.
FLJ cDNA resource supports sequence provenance, not FOXP2 functional or product-specific assays.
Authentic abstract and official sequence-source attribution only.
MGC cDNA resource supports sequence provenance. Clone sequencing does not establish equal biological function of all products or resolve every historical construct.
Selected original human forkhead-domain Results, Figures 1–5 captions, sample preparation and MALS Methods, printed 160–165. The normal cache is abstract-only; the selected original at https://pure.mpg.de/rest/items/item_1555024/component/file_2261109/content was accessible and read within these locators. Complete article, image and supplement coverage is not claimed.
Human 503–584 fragment recognizes DNA and forms monomer/dimer populations. Domain swapping is experimentally supported for the fragment; the proposed DNA-looping/interchromosomal model is not an established native mechanism.
Sources: pubmed; doi; selected original.
Selected original Methods/Results paragraphs 29–48 and Figures 1–2 captions; Supplementary Appendix and image pixels not read.
Human SH-SY5Y ChIP, HEK293T nuclear-extract EMSA and CNTNAP2 RNA support sequence-specific regulatory binding and repression. Human fetal cortex expression is IEP, not a cortical perturbation assay.
Sources: pubmed; doi; selected original.
Retained independent selected original Methods/Results consultation and authentic identifier metadata.
Human/chimp FOXP2 constructs in SH-SY5Y and endogenous FOXP1 recovery support the FOXP1 association. The exact source-specific FOXP4 assay remains unresolved in the selected consultation; independent 25027557 supports that partner without certifying this paper’s experiment.
Sources: pubmed; doi; selected original.
Selected original Y2H Results and cohort-validation description; exact FOXP2/CTBP2 supplement pair not recovered.
The 52-pair HEK validation cohort does not establish this exact pair was included. Current IntAct absence is not refutation; independent human CTBP2 BRET 27933109 supports gene-level corepressor binding with distinct attribution.
Sources: pubmed; doi; selected original.
Selected original cached Methods/Results lines 192,196,198,274,280,286,292 and exact IntAct pair records.
Human brain splice-ORF discovery is distinct from yeast Y8930/Y8800 interaction assays. Exact Q13363-2 and annotated FOXP2 93–715 region are preserved; sampled MAPPIT validation is not assigned to this pair without pair-level evidence.
Sources: pubmed; doi; selected original.
Selected original Results/captions and exact reciprocal FOXP1/FOXP2 and self-association IntAct BRET records.
Tagged HEK293 proximity and interaction-disrupting controls support association. BRET magnitude is not affinity, stoichiometry or a survey of natural products; complete protocol/supplement coverage is not claimed.
Sources: pubmed; doi; selected original.
Original author-hosted PDF Methods pp 1–3, Results pp 3–4,6,8 and Figures 1–2 captions. The normal cache is abstract-only; the selected original at https://www.yorku.ca/dakc/Dorota%20-%20RESEARCH%20ARTICLES/Sin%20Li%20and%20Crawford%202014-Transcriptional%20Regulaton%20by%20FOXP1%20FOXP2%20and%20FOXP4%20Dimerization.pdf was accessible and read within these locators. Complete article, image and supplement coverage is not claimed.
Human BC143867 is described as 714 residues; no equivalence to current 715-aa product is assumed. Tagged family co-IP, nuclear colocalization and target RNA changes support regulation, with activation/repression depending on target. Caption/Methods tag assignment differs; pure heterodimer mediation is not isolated.
Sources: pubmed; doi; selected original.
Authentic source identity and complete current IntAct query: three exact curated Y2H records for each of eight original FOXP2 partner contexts.
Positive binary-screen associations are retained. Dataset fragment features are unspecified and coordinates from other papers are not copied. This consultation is an exact-record audit, not a complete original article/supplement read.
Original official BioStudies Table S6 selected rows and source-specific fraction labels; general source metadata and independent consultation retained.
FOXP1/FOXP4 chromatin-associated bait recoveries of FOXP2 support nuclear association. Reciprocal FOXP2 soluble-bait recoveries do not independently imply nuclear specificity. The self row marked Bait is not a homomer assay.
Sources: pubmed; doi; selected original.
Retained recovered original selected Methods/Results for WT/variant FOXP1 BRET/localization and patient RNA.
FOXP2 association in tagged experiments is distinct from nonsense-mediated decay of patient mutant FOXP1 RNA. Engineered protein presence is not inferred for patient tissues or mapped to a natural product.
Sources: pubmed; doi; selected original.
Institutional original selected functional Methods/Results and exact BRET/confocal interaction records.
WT FOXP1/FOXP2 association supports the class refinement; variant-dependent localization and aggregation are not generalized. Original extension-bearing and unqualified contexts remain separate.
Sources: pubmed; doi; selected original.
Selected original cached Methods/Results lines 410,611,655,670–704 and exact CTBP1-2 IntAct pair records.
BFG-Y2H uses barcoded yeast constructs and repeated pair retests. Selected GPCA validation is cohort-level; this exact FOXP2 pair is not certified as GPCA-tested. FOXP2 93–715 and Q13363-2 metadata remain source-specific.
Sources: pubmed; doi; selected original.
Authentic source identity and three exact curated Y2H records for each of six original FOXP2 partner contexts.
P56545-3 and Q08117-2 are preserved. Records annotate a FOXP2 93–715 sufficient-binding region; tags/hosts are recorded. The screen does not establish endogenous functional consequences or a unique natural FOXP2 construct.
Sources: pubmed; doi; selected original.
Exact original curated anti-tag co-IP records for FOXP2/FOXP1 and FOXP2/FOXP4, with HEK293T/HCT116 hosts.
Positive spoke-expanded complex association is retained; isolated binary contact and a nuclear fraction are not inferred merely from host or AP method. Independent nuclear family assays corroborate the original compartment scope.
Sources: pubmed; doi; selected original.
Original Methods for constructs/culture/BRET/microscopy/luciferase and Results/Figures 1–3 through CTBP interaction.
Human NM_014491 715-aa WT and engineered variants were tested in HEK293. WT represses SV40/SRPX2 and associates with P2/P1/P4 and CTBP1/2. CTBP1 has nuclear/cytoplasmic pools; CTBP2 is nuclear. No affinity or natural-mutant-product inference.
Sources: pubmed; doi; selected original.
Selected original indexed mouse cortical electroporation/precursor Results and Methods, retained independent reading.
Two shRNAs alter E13/14 mouse precursor and neuronal outcomes, with human 715-aa rescue. Human protein in mouse hosts is not a human cortical necessity assay. Early overexpression effects do not persist as all measured P3 cell-type proportions; compare conditional deletion 31099752.
Sources: pubmed; doi; selected original.
Selected original indexed human neuronal culture/RNA-seq/ATAC-seq Results and Methods, retained independent reading.
Human cultures lack endogenous FOXP2 and receive exogenous WT/R553H/GFP. Both activation and repression are observed. Accessibility/motif associations do not prove direct occupancy at every locus; gain of expression does not establish endogenous cortical necessity.
Sources: pubmed; doi; selected original.
Original XML selected Methods/Results/Discussion paragraphs 3–9,13–15,17,19,21–22,24–25,27 and Figures 2–4 captions.
Early Emx1 and later Ntsr1 conditional deletion in mouse somatosensory cortex leave the measured lamination, cell numbers/thickness and gross targeting largely intact. This limits universal histogenesis claims, not all neuronal functions; mosaic versus uniform loss and other explanations remain unresolved.
Sources: pubmed; doi; selected original.
Selected original author-uploaded manuscript Methods lines 251–295, Results/Figure 1 compartment scope, esophageal Results/Figures 7–8 lines 960–1110; no pixels/supplements.
Mouse compound Foxp2-null/Foxp1-heterozygote esophagi lose MyoD-positive skeletal contribution and alter smooth-muscle layers, without detected Ki67/TUNEL differences. This supports cooperative developmental context, not a human or FOXP2-only mechanism.
Sources: pubmed; doi; selected original.
Authentic abstract and exact current mouse experimental annotation; attempted publisher access returned 403.
R552H mouse knock-in context includes impaired ultrasonic vocalization, poor Purkinje development and altered Cntnap2/cerebellar markers. Full Methods are not recovered; CtBP/CNTNAP2 mediation is proposed rather than proven. Rat current vocalization records are ISO/IBA, not an independently recovered rat experiment.
Official HPA ICC/IF metadata identify nucleoplasm as the enhanced main location, with human HEK293, Rh30 and U2OS assay metadata. The existing HPA nucleoplasm annotation is retained; the core synthesis uses the broader nucleus location supported by the combined sources. Image pixels and antibody experiments were not independently reanalyzed. Other image-level location metadata are not promoted to NEW annotations.
All sixteen TOO_GENERAL decisions have a retained asserted narrower term connected by an official is_a path. GO:0010467 gene expression and the organ/system developmental contexts remain non-core; part_of containment is not treated as an is_a redundancy argument. FOXP1/FOXP4 class refinements preserve association-versus-direct-contact limits. CTBP/TLE refinements identify the partner class without claiming a functional repression assay for each screened pair.
All 27 normal sources are present: 18 existing files were reused byte-for-byte and nine absent publication caches were genuinely acquired. All ten shared FOXP1 source files, including the three PTHR45796 files, were reused from accepted main without rewriting. The eight-row normal PAINT slice independently matches all seven incoming assertions at their proven target-path nodes. Normal-cache availability and actual selected-original access are recorded separately; selected reading does not imply full-paper, image or supplement coverage. Manual primary research supplied the evidence record under the existing provider credential hold; no provider run was made. Execution outcomes are recorded in the notes.