FCF1 small subunit processome component homolog pseudogene 9 (FCF1P9)

FCF1 small subunit processome component homolog pseudogene 9 (FCF1P9) is a human pseudogene located on chromosome X (chrX:86481532-86481813, hg38), annotated under NCBI Gene ID 106480444 and Ensembl ENSG00000231478[3]. As a pseudogene, FCF1P9 is a non-functional DNA segment homologous to the FCF1 gene, which encodes a protein involved in ribosomal small subunit biogenesis and RNA binding[1][3][5]. Like other pseudogenes, FCF1P9 does not produce a functional protein. Current scientific literature and databases provide no evidence that FCF1P9 acts as a therapeutic or druggable target, nor has it been associated with any drug mechanisms, biomarker roles, or safety concerns. While some pseudogenes can influence disease by regulating gene expression through competing endogenous RNA (ceRNA) networks or microRNA decoy activity, there are no reports of such functions for FCF1P9 specifically[2][5]. Pseudogenes are sometimes misannotated as real genes in genetic studies[5]. Key notes: - FCF1P9 is a processed pseudogene, not a protein-coding gene, and is not considered a drug target[3][5]. - No current evidence links FCF1P9 with therapeutic modulation, biomarker status, or direct disease mechanisms. - Functions attributed to other pseudogenes (such as miRNA sponging or acting as ceRNAs) are inferred possibilities but not established for FCF1P9[2][5].

Other names

FCF1 pseudogene 9FCF1P9