H2B clustered histone 27, pseudogene (H2BC27P)

H2B clustered histone 27, pseudogene (H2BC27P and aliases) is a human gene listed in standardized histone gene nomenclature as a pseudogene, specifically within the H2B clustered histone family[2]. It does not encode a functional protein and therefore does not participate directly in cellular mechanisms associated with other histone H2B family proteins, such as chromatin packaging or gene regulation[2][3]. Pseudogenization is a common feature among histone gene clusters, where certain loci have lost coding capacity through evolutionary processes and no longer produce active proteins. As a pseudogene, H2BC27P is not considered a therapeutic target and has no recognized molecular function, disease association, or known drug interactions[2][3]. Key details: - This is a pseudogene and does not produce a functional protein[2][3]. - It is not a therapeutic target (not a receptor, enzyme, or other druggable entity)[2][3]. - No known biological functions or involvement in disease[2][3]. - No interacting drugs, mechanisms of action, biomarkers, or safety concerns apply[2][3]. If you are seeking information on active, protein-coding histone H2B family members, different gene designations such as H2BC1, H2BC3, etc., should be considered[2][1].

Other names

H2BU2PHIST3H2BAH2B.U histone 2, pseudogenehistone 3, H2bahistone cluster 3 H2B family member a (pseudogene)histone cluster 3, H2ba (pseudogene)H2BC27P