YTHDC2
registry:0478 · Q9H6S0
Experimental material and evidence scope
- Experimental material
- Human YTHDC2 YTH domain; source-qualified author table
- Material type
- Protein fragment
- Material identity
- Material qualified by source
- Source support
- No target-specific support
- Relationship to the registered name
- Archive source lead
- Research purpose
- RNA recognition
Author-processed binding-library data are acquired and checked. Four official samples explicitly identify the human YTHDC2 YTH domain, not full-length YTHDC2.
Query and download access
PRJNA397481 Linked; not live-checked
Source context
GSE102346_GEO_bind_n_seq.txt.gz Linked; not live-checked
Author-processed results
Counts and their scope
| Measure | Count | Scope or reason unavailable |
|---|---|---|
| Independent molecular targets | Undetermined | this registration Experimental identity unresolved |
| Processed source sequence rows | Undetermined | historical processed source labels; not public unique sequences Not yet verified |
| Retained candidate records | Undetermined | sum of distinct linked source-target groups; not globally unique sequences Not yet connected |
| Round records | Undetermined | sum of distinct linked source-target groups; not globally unique sequences Not yet connected |
| Sequence–round observations | Undetermined | sum of distinct linked source-target groups; not globally unique sequences Not yet connected |
| Target-specific read records | Undetermined | experiment material matched to this registration No target-specific count established |
Sources and supporting relationships
Archive source lead · PRJNA397481 · PRJNA397481
Regulation of m6A transcripts by the 3ʹ→5ʹ RNA helicase YTHDC2 is essential for a successful meiotic program in the mammalian germline
PRJNA397481 contains YTH-domain RBNS alongside mouse transcriptomics. Assayed construct/species and acquisition require confirmation before human-reference attribution.
Author-processed tables · GSE102346 · GSE102346
Author-processed binding-library data are acquired and checked. Four official samples explicitly identify the human YTHDC2 YTH domain, not full-length YTHDC2.
Remaining evidence gaps
- Author tables have been acquired; source-qualified sequence integration is not complete.
- Author-processed binding-library data are acquired and checked. Four official samples explicitly identify the human YTHDC2 YTH domain, not full-length YTHDC2.
- No explicit public retained-candidate target mapping is established in this matrix.