Signal recognition particle 14 pseudogene 4 (SRP14P4)

Signal recognition particle 14 pseudogene 4 (SRP14P4) is a pseudogene, meaning it is a genomic DNA sequence similar to the functional SRP14 gene but typically rendered nonfunctional due to disabling mutations (like insertions, deletions, frameshifts, or premature stop codons)[5][7]. Pseudogenes are usually the result of gene duplication or retrotransposition, and while generally assumed to be nonfunctional, some pseudogenes elsewhere in the genome have regulatory roles—such as acting as competing RNAs for microRNAs or as sources of non-coding RNAs—but such regulatory functions are not specifically attributed to SRP14P4 in current literature[1][3][5][7]. SRP14P4 does not encode a receptor, enzyme, transporter, or therapeutic target. It does not produce a protein and is not the target of any current drugs, nor is it used as a biomarker or involved directly in safety or therapeutic challenges. Its only established role is as part of the large family of genomic pseudogenes, which are important for understanding gene evolution, duplication, and loss-of-function processes in genomics[7]. If you require structured entries for bioinformatics or drug discovery, SRP14P4 is best categorized as a pseudogene—not a therapeutic target and with no established biological or clinical relevance beyond its genetic context.

Other names

SRP14P4SRP14 pseudogene 4signal recognition particle 14 pseudogene 4