Zinc finger SWIM-type containing protein 9 (ZSWIM9)

Zinc finger SWIM-type containing protein 9 (ZSWIM9) is a member of the ZSWIM family of proteins, which are characterized by a conserved SWIM-type zinc finger domain that is predicted to mediate protein–protein and possibly DNA interactions[2][4]. ZSWIM9 is one of nine identified ZSWIM proteins in the human genome and contains the characteristic CxCxnCxH motif of the SWIM domain[2]. While some ZSWIM family members have reported roles in processes such as T cell differentiation, ubiquitination, and protein degradation, the function of ZSWIM9 itself remains uncharacterized in the literature; no specific molecular activity, biological pathway, or disease association has been robustly described for this protein as of now[2]. There are no known endogenous ligands, small molecule modulators, or approved drugs that interact with ZSWIM9, and it is not considered a therapeutic target at present. The ZSWIM family as a whole is believed to be evolutionarily conserved and important for diverse cellular processes; however, direct functions and clinical relevance for ZSWIM9 remain to be established[2][4].

Other names

ZSWIM9C19orf68LOC374920uncharacterized protein ZSWIM9uncharacterized protein C19orf68