Virus-Induced Signaling Adapter (VISA) is an important signaling adaptor protein, which plays a key role in the body's resistance to viral infection and the regulation of inflammatory responses. The structure of VISA is relatively complex, containing many functional domains, which can regulate signaling pathways through various pathways, thereby affecting cell function and pathological processes. In order to better study the function of VISA and its role in biological processes, scientists have obtained the VISA recombinant protein through recombinant technology, thus revealing the importance of this protein in immune response and disease occurrence and development.
Catalog No. PA1000-8108
The preparation of Visa recombinant protein is mainly through recombinant protein engineering technology, which cloned, expressed and purified Visa gene to obtain Visa protein with high purity and activity. Visa recombinant proteins not only have the functional properties of native Visa proteins, but also have better stability and purity, which can more accurately mimic the role of Visa in the signaling pathway. Through the study of the VISA recombinant protein, scientists can gain a deeper understanding of the mechanisms of the VISA protein in cell signaling and immune regulation.
In terms of biological function, VISA proteins play a vital role in promoting cellular immune responses and antiviral processes. Studies have shown that VISA protein can interact with other signaling molecules to regulate a variety of signaling pathways, such as Toll-like receptors, RIG-I-like receptors, and nuclear factor-B(NF-B), thereby triggering antiviral inflammatory responses and interferon release. In addition, VISA is also able to regulate cellular physiological processes such as autophagy and cell cycle, which plays an important role in maintaining cellular homeostasis and resisting the invasion of external pathogens.
In addition to its role in the immune response, VISA protein is also important in some diseases and inflammatory processes. Some studies have shown that abnormal expression or mutations of Visa may lead to the occurrence of autoimmune diseases, inflammatory diseases, etc. Therefore, the in-depth study of VISA protein not only helps to understand the mechanism of immune regulation and disease pathogenesis, but also provides new research ideas and targets for related diseases.
Overall, Visa recombinant proteins play an important role in studying the function of Visa proteins and their role in biological processes. Through the study of VISA protein, we can not only gain an in-depth understanding of its importance in immune pathways and disease pathogenesis, but also provide new directions and possibilities for future basic research and clinical applications.