SUB1 pseudogene 1 (SUB1P1)

SUB1P1 is a pseudogene, meaning it is a non-coding DNA sequence with high similarity to the functional SUB1 gene but typically lacks the capacity to produce a functional protein due to disabling mutations[4][5]. Unlike canonical protein-coding genes or conventional therapeutic targets (such as receptors or enzymes), SUB1P1 does not encode an active protein and is not associated with established biological or pharmacological functions[4][5]. Pseudogenes like SUB1P1 may sometimes be transcribed into RNA, and in rare cases influence gene expression of their parental gene (such as SUB1) by various mechanisms, including involvement in regulatory RNA networks (e.g., functioning as microRNA sponges or producing small interfering RNAs)[5]. However, there is no evidence that SUB1P1 has any such functional or disease-modifying roles. Pseudogenes as a class may occasionally be implicated in disease, particularly in cancer, by these RNA-mediated functions, but this is not specific to SUB1P1[5]. Therapeutic targeting: Pseudogenes are not considered therapeutic targets in the conventional sense. The functional SUB1 protein, also known as "Activated RNA polymerase II transcriptional coactivator p15" (PC4), is distinct and unrelated in this context[1][3]. Disease association: There are no direct associations of SUB1P1 with diseases, biomarkers, or drugs[5]. Quality control note: The query appears to conflate the nomenclature of functional protein targets with that of pseudogenes. *SUB1P1* is a pseudogene and not a receptor, enzyme, transporter, or any other conventional therapeutic target class. This entry should not be considered a druggable biological target. General pseudogene note: The only possible relevance of a pseudogene in medical science would be indirect—for example, some pseudogenes can serve as disease biomarkers or contribute to gene fusions with pathogenic significance, but there is no literature showing SUB1P1 has these properties[5][4]. Summary: SUB1P1 is a pseudogene corresponding to the SUB1 gene; it does not encode a functional protein, is not a recognized therapeutic target, and has no established role in disease, biomarker development, or drug interaction[4][5].

Other names

SUB1P1SUB1 pseudogene 1