DBF4 pseudogene 2 (DBF4P2)

DBF4 pseudogene 2 (DBF4P2) is a genomic DNA sequence that resembles the functional DBF4 gene but is classified as a pseudogene and is believed to be nonfunctional[5]. The functional DBF4 gene encodes the regulatory subunit of the Cdc7 kinase complex, which plays a key role in initiating DNA replication and regulating cell cycle progression[1][2][3]. However, DBF4P2 lacks protein-coding potential and does not contribute to these biological activities. DBF4P2 is not known to be involved in any signaling pathways, disease processes, or therapeutic mechanisms. Pseudogenes like DBF4P2 are generally considered noncoding and are not considered therapeutic targets or receptors. Additional notes: - DBF4P2 should not be confused with the functional DBF4 gene (often denoted as DBF4 or DBF4A), which is essential for cell cycle and DNA replication regulation[1][3]. - If your investigation concerns active proteins or drug targets, DBF4P2 should be excluded; instead, focus on DBF4-CDC7 kinase regulatory subunit (DBF4)[2][3]. This entry conforms to scientific conventions by distinguishing pseudogenes from functional protein-coding genes and highlights the importance of verifying gene function before assigning drug-target relevance.

Other names

DBF4 homolog pseudogene 2DBF4 zinc finger pseudogene 2DBF4P2