DNAJC8 pseudogene (DNAJC8P3)

DNAJC8P3, or DNAJC8 pseudogene, is a genomic DNA sequence resembling the functional DNAJC8 gene but lacks the necessary coding potential and/or regulatory elements to produce a functional protein due to mutations or genomic alterations[5]. Pseudogenes typically arise via gene duplication or retrotransposition, resulting in non-functional copies that may accumulate mutations more rapidly, free from selective pressure[5]. They are often *not* considered therapeutic targets, nor do they participate in typical molecular functions, disease pathways, or have drug interactions expected for the protein-coding gene. Some pseudogenes can have regulatory roles in gene expression, but there is currently no strong evidence supporting such a function for DNAJC8P3 specifically[5]. Additional context: - DNAJC8 (the parent gene) encodes a member of the HSP40 family involved in protein folding and cell cycle regulation, with potential involvement in cancer biology[1][3][4]; *the pseudogene does not perform these functions*. - Care should be taken to distinguish between functional genes and their pseudogene counterparts when evaluating therapeutic utility or molecular function. This entry refers to a **pseudogene**, which is not a protein, enzyme, transporter, or receptor, and is outside the scope of typical drug target discovery pipelines.

Other names

DNAJC8P3DnaJ heat shock protein family member C8 pseudogene