Protein S100-A11 pseudogene 9 (S100A11P9)

S100A11P9 is a human pseudogene closely related to the S100A11 gene, which encodes a functional calcium-binding protein involved in cellular processes such as motility, invasion, and apoptosis regulation[1][3]. As a pseudogene, S100A11P9 does not encode a functional protein and is not associated with molecular, biological, or therapeutic functions. Unlike its parental gene S100A11—which is implicated in cancer, inflammation, cell cycle regulation, and signaling[1][3][6]—S100A11P9 is not documented to have any direct biological, pathological, or therapeutic relevance. Additional context: - The S100A11 gene (NOT the pseudogene) encodes S100 calcium-binding protein A11, a member of the S100 protein family involved in cell proliferation, apoptosis, and cancer[1][3][6]. - Pseudogenes are generally considered to be non-functional sequences derived from once-functional genes[4]. Although some pseudogenes can have regulatory functions, there is no evidence that S100A11P9 is actively transcribed or functional. There is no evidence suggesting S100A11P9 is a receptor, enzyme, transporter, or other therapeutic target. Any references or therapeutic or disease associations belong to the functional S100A11 gene, not the pseudogene.

Other names

S100A11 pseudogene 9protein S100-A11 pseudogeneS100A11P9