H2A.Z histone pseudogene 6 (H2AZP6)

H2A.Z histone pseudogene 6 (H2AZP6) is a **non-protein-coding pseudogene** related to the H2A.Z histone variant. Unlike H2A.Z, which is a conserved and multifunctional histone variant essential for regulating chromatin structure, transcription, genome stability, and cell cycle, the pseudogene H2AZP6 has no known protein-coding function, biological role, or therapeutic relevance[1][2][5][6]. The functional H2A.Z protein is involved in multiple dynamic chromatin processes driven by post-translational modifications such as acetylation and ubiquitination, but H2AZP6 does not contribute directly to these processes.

Other names

H2A.Z histone pseudogene 6H2AZP6

Not applicable for H2AZP6. For the H2A.Z histone variant: post-translational modifications (PTMs), such as acetylation, methylation, ubiquitination, influence chromatin structure and gene regulation[2][6].