WASP family member 5, pseudogene (WASF5P)

WASF5P encodes a pseudogene related to the WASP protein family, which is evolutionarily important for actin cytoskeleton regulation via the Arp2/3 complex[1][3]. However, unlike functional WASP family genes (such as WASH, WASP, and WAVE/SCAR), pseudogenes like WASF5P do not produce a functional protein product and therefore do not have defined molecular actions, biological functions, or disease associations[2]. The WASP family as a whole is involved in cell movement, cytoskeletal regulation, and signaling, affecting processes such as embryogenesis, immune response, and cancer metastasis[1][3]. Pseudogenes are commonly nonfunctional genomic relics, although in rare cases some may play regulatory roles; no such function has been attributed to WASF5P. Key points: - WASF5P is properly named as "WASP family member 5, pseudogene" and abbreviated as "WASF5P"[2]. - It is a pseudogene; therefore, it is not considered a classical drug target or receptor[2]. - There is no evidence that WASF5P is involved in disease, has biological function, interacts with drugs, serves as a biomarker, or presents any safety concerns. - Because it is a pseudogene, it is not used as a therapeutic target and is generally excluded from drug discovery or clinical biomarker applications[2]. - If the intent is to target a functional member of the WASP family (such as WASH proteins), a different, non-pseudogene name should be selected[1][3].

Other names

Em:D84394.5WAS protein family member 5, pseudogeneWAS protein family, member 3 pseudogeneWASF5P