Profilin 1 pseudogene 6 (PFN1P6)

Profilin 1 pseudogene 6 (PFN1P6) is one of several pseudogenes related to the functional profilin 1 gene (PFN1) in humans. Pseudogenes are sequence remnants that resemble functional genes but typically result from gene duplication or retrotransposition events and have lost their ability to encode a functional protein due to mutations that disrupt the reading frame or regulatory elements[4][6]. While the parent gene PFN1 encodes profilin-1—a key actin-binding protein essential for actin polymerization and cytoskeletal regulation—PFN1P6 does not produce a functional protein and is not involved in known biological or disease processes[4]. There is currently no evidence that PFN1P6 acts as a receptor, enzyme, or other pharmacological target; nor is it linked to drug response or used as a biomarker. Pseudogenes like PFN1P6 can sometimes play regulatory roles (e.g., affecting expression of their parent genes through RNA-based mechanisms), but no such function has been reported for PFN1P6. Pseudogenes frequently feature in genomic annotation and may be of interest for evolutionary studies, but have no direct clinical or therapeutic application[4]. Functional studies and clinical connections described for PFN1 (the functional parent gene) do not apply to PFN1P6, and key functional protein motifs, disease relevance, and drug interactions pertain exclusively to PFN1, not its pseudogenes[1][5][6]. PFN1P6 is a pseudogene related to profilin 1 (PFN1) and does not encode a biologically active target or protein; as such, it is not used in drug discovery or disease research beyond genomic annotation[4][6].

Other names

Profilin 1 pseudogene 6PFN1P6