GOLM2 pseudogene 1 (GOLM2P1)

GOLM2 pseudogene 1 (GOLM2P1), also known as CASC4P1, is annotated as a pseudogene and has no evidence of encoding a functional protein[7]. Pseudogenes are stretches of DNA that resemble functional genes but typically lack the ability to produce functional gene products due to disabling mutations, frameshifts, or premature stop codons. GOLM2P1 is not referenced in the scientific literature as a therapeutic target, receptor, transporter, enzyme, or any protein with biological activity. There is no substantiated evidence for a disease association, molecular function, biomarker utility, or interaction with drugs.\nOf note: The related functional gene is GOLM2 (Golgi membrane protein 2; previously known as CASC4), which is involved in membrane trafficking and has been lightly implicated in cancer biology[3][5], but GOLM2P1 refers only to the pseudogene copy and not the functional protein.\n\nSummary of Key Points:\n- GOLM2P1 is a **pseudogene** and not a coding gene or receptor[7].\n- It is **not a therapeutic target**, nor does it have known function, disease associations, or drug interactions.\n- There is **nothing to suggest a biological or pharmacological role** for GOLM2P1 in available datasets.\n- Any search or therapeutic focus should instead consider the actual protein-coding gene **GOLM2 (Golgi membrane protein 2)**[3][5]; however, this is distinct from GOLM2P1.

Other names

CASC4P1