DPPA3 pseudogene 9 (DPPA3P9)

DPPA3 pseudogene 9 (DPPA3P9) is an annotated, non-functional genomic segment similar in sequence to the *DPPA3* gene. Pseudogenes arise from functional genes but accumulate mutations that prevent them from encoding a functional protein. The canonical *DPPA3* gene (Developmental pluripotency associated 3) is involved in epigenetic regulation and early embryonic development, but DPPA3P9 itself does not encode a protein and is not considered a therapeutic target. Most pseudogenes like DPPA3P9 do not have roles as receptors, enzymes, or direct disease drivers, though some pseudogenes in general can regulate related genes through RNA-based mechanisms[1][3][5]. There is no evidence that DPPA3P9 has any such regulatory function or clinical relevance. DPPA3P9 is a pseudogene, not a receptor, protein, or tractable therapeutic target; any confusion may result from conflating it with the functional *DPPA3* gene, which is biologically active and relevant to epigenetic regulation and stem cell biology[1][4][2].

Other names

DPPA3P9

None