Olfactory receptor family 52 subfamily K member 3 pseudogene (OR52K3P)

Olfactory receptor family 52 subfamily K member 3 pseudogene (OR52K3P) is a human pseudogene belonging to the large family of olfactory receptor genes[2]. Pseudogenes are typically non-functional DNA sequences derived from protein-coding genes that have accumulated mutations (such as nonsense or frameshift changes), which prevent them from producing a functional protein[3]. Although some olfactory receptor pseudogenes may retain regulatory RNA functions, no evidence suggests that OR52K3P produces a functional receptor protein or plays a direct biological role. The olfactory receptor gene family itself comprises G protein-coupled receptors (GPCRs) primarily involved in odorant detection, but pseudogene members like OR52K3P have lost this ability[2][3]. Pseudogenes such as OR52K3P are not recognized as drug targets, and there are no known interacting drugs, disease involvement, safety concerns, or clinical biomarkers[2][3][4]. The canonical status as a pseudogene means it should not be considered an active therapeutic or research target. Key notes: - This gene is **not a protein-coding gene** and does **not encode a functional receptor**[2][3]. - It is classified as a **pseudogene**; evidence for any protein product or function is lacking. - The gene follows the naming convention for olfactory receptors but is specifically flagged as a **pseudogene** due to loss-of-function mutations[2][3]. - No disease association, mechanism, drug interaction, or use as a biomarker has been established for OR52K3P. - The gene should be annotated as **is_incorrect: true** if searching for functional receptor targets, unless the interest is specifically in noncoding regulatory biology or pseudogene roles. If you need a structured record for a **functional** olfactory receptor or a bona fide drug target, another gene (not a pseudogene) should be selected.

Other names

OR52K3P