Eukaryotic translation initiation factor 3 subunit E pseudogene 2 (EIF3EP2)

EIF3EP2, or eukaryotic translation initiation factor 3 subunit E pseudogene 2, is classified as a **pseudogene**, meaning it is a DNA sequence derived from the functional EIF3E gene but typically does not encode a functional protein. Unlike the canonical EIF3E gene—which encodes a component of the eukaryotic initiation factor 3 complex essential for protein synthesis and is involved in pathways regulating translation, cell proliferation, and has known disease associations—pseudogenes such as EIF3EP2 are generally considered **nonfunctional** and are not recognized as therapeutic targets or druggable entities[2]. There is no evidence supporting a distinct biological function, disease role, or clinical relevance for EIF3EP2 itself. **Key Notes:** - The entry relates to a **pseudogene**, not to the functional EIF3E gene or the eIF3 protein complex[2]. - Some pseudogenes can act as non-coding RNAs or have regulatory functions, but there is no direct evidence for such a role for EIF3EP2 in the available data[2]. - **EIF3E** (the functional gene) is involved in translation and cancer biology as part of the eIF3 complex, but these functions do **not apply** to EIF3EP2[1][3]. - EIF3EP2 does **not** have known clinical or therapeutic significance. If your intention was to refer to the functional, protein-coding gene EIF3E (eukaryotic translation initiation factor 3 subunit E), it is a distinct entity and would qualify for several of the information fields listed, but pseudogene 2 (EIF3EP2) does not.

Other names

EIF3EP2eukaryotic translation initiation factor 3, subunit E pseudogene 2eIF3e pseudogene 2