Recombinant Human PRADC1 protein

補足情報

This supplementary information is collated from multiple sources and compiled automatically.

PRADC1 also known as Protease-Associated Domain-Containing Protein 1 functions as a part of a proteolytic process. It exhibits a molecular weight of approximately 47 kDa. Expression of PRADC1 occurs in various tissue types with a higher presence noted in liver and heart tissues. As a protease-associated domain protein it may be involved in substrate processing or maturation although exact substrates and mechanisms are not fully understood yet.

Biological function summary

PRADC1 plays a role in cellular processes where it may participate in protein maturation. While specific associations are still under investigation researchers believe it forms part of a larger complex that aids in protein folding or degradation. Understanding the function of PRADC1 within these complexes can shed light on broader biological operations including cellular homeostasis and response to cellular stressors.

Pathways

PRADC1 interacts with key cellular pathways related to protein quality control and maintenance. It might have a connection with the ubiquitin-proteasome pathway though detailed interaction maps remain to be clarified. This pathway prominently involves ubiquitin-related proteins which marks damaged or surplus proteins for degradation. Any functional partnership between PRADC1 and these related proteins can influence cellular protein turnover and stability impacting cellular function.

Research links PRADC1 to certain liver and cardiovascular diseases. Changes in PRADC1 expression or function might correlate with hepatic stress responses or cardiac dysfunctions. The link between PRADC1 and these health issues potentially involves proteins like HSP70 known for roles in protein folding and protection against stress-induced damage. Understanding how PRADC1 interacts with such proteins may provide insights into disease mechanisms and potential therapeutic targets.