Histone cluster 1 H2A pseudogene 6 (H2ACP1)

H2ACP1 (Histone cluster 1 H2A pseudogene 6) is a pseudogene related to the human histone H2A gene family. It does not produce a functional protein and so does not participate directly in histone-related chromatin functions. Pseudogenes such as H2ACP1 often arise from gene duplication or retrotransposition, and although they share sequence similarity with active histone genes, they lack essential coding potential or regulatory features required for expression. H2ACP1 is found within the HIST1 cluster, which contains many canonical histone genes and their pseudogenes[2].\n\nContext and supporting details:\n- Histone genes and pseudogenes: Human histones H2A, H2B, H3, and H4 form the core of the nucleosome; many pseudogenes exist in these families, including H2ACP1, which lack the ability to encode a functional protein[2].\n- Pseudogene status: Databases and gene lists categorize H2ACP1 specifically as a pseudogene, not as a protein-coding, regulatory, or enzymatic target[2].\n- No known therapeutic or biomarker role: As a pseudogene, there are no reported interacting drugs, disease associations, or role as a therapeutic target. Canonical histone H2A variants and modifications play vital biological roles, but H2ACP1 itself does not.\n\nGiven this, H2ACP1 is *not* a therapeutic target, is accurately classified as a pseudogene, and does not have direct biological, disease, or drug relevance. If you are seeking information on a functional histone H2A variant, such as H2A.Z, H2A.X, or core histone H2A, refer specifically to those genes and not to this pseudogene[2].

Other names

HIST1H2APS6histone cluster 1 H2A pseudogene 6HIST1H2A pseudogene 6histone cluster 1H2a pseudogeneH2apseudogene 6H2ACP1