SYF2 pre-mRNA splicing factor pseudogene 1 (SYF2P1)

SYF2 pre-mRNA splicing factor pseudogene 1 (SYF2P1) is a human genomic processed pseudogene derived from the SYF2 gene, which encodes an RNA splicing factor involved in cell cycle regulation and DNA repair. As a pseudogene, SYF2P1 does not produce a functional protein and is generally not regarded as a drug target, enzyme, receptor, or transporter. Pseudogenes such as SYF2P1 can sometimes regulate the expression of their parent genes through transcriptional or post-transcriptional effects (e.g., formation of antisense RNA or competition for microRNA binding), but specific functional or disease-related roles for SYF2P1 have not been established in the literature. Its alias names reflect its origin from the SYF2 splicing factor and its related sequence homology, but references to it as a molecular target or active protein are incorrect. Key context: - SYF2, the parent gene, is functionally important in splicing, cell cycle regulation, and cancer biology, but SYF2P1 is a non-coding element and not a drug target or receptor. - Only the SYF2 gene/protein (not SYF2P1) has established biological functions, disease roles, and potential as a therapeutic target. - If requested information for the functional SYF2 protein or gene is needed, refer to “Pre-mRNA-splicing factor SYF2” (not its pseudogene derivative).

Other names

CBPINPSYF2PCCNDBP1 interactor pseudogeneSYF2 homologRNA splicing factor pseudogene 1SYF2P1

None. As a non-coding pseudogene, SYF2P1 has no mechanism of action for drugs