Sep, 2022 - By SMI
Researchers find a more precise evolutionary map of CD4's internal functions could lead to more potent T cell treatment iterations.
White blood cells known as T cells are a crucial component of the immune system and the body's defence against illness. Many T cells have the CD4 molecule on their surfaces, however historically it was believed that this protein only supported the activities of the cell. New knowledge about the inner workings of the immune system was uncovered by researchers at the University of Arizona Health Sciences, and it may have a significant influence on T cell therapy for cancer and other disorders. The group was interested in the development and operation of CD4. In order to understand how the immune system has evolved over time, the study used T cells to look at how they have changed or remained constant.
The results enable researchers to draw a more precise evolutionary picture of the mechanisms within CD4, which may enable the development of even more potent T cell therapies. Furthermore, some types of cancer are treated with chimeric antigen receptor (CAR) T cell therapy. After identifying common patterns of amino acids known as motifs, the study team set out to determine if these patterns increased or decreased CD4 activation. They created mutant genes and delivered them into a T cell system. After that, they observed the protein's response, including where it travelled in the cell, and investigated the processes and consequences. The team discovered that different motif pairings produced variable levels of upregulation and downregulation.
To quantify the various contributions the motifs provide to CD4 function, more research is required. In the future, the findings might enable the development of more precisely honed synthetic receptors for T cell therapy.
533 Airport Boulevard, Suite 400, Burlingame, CA 94010, United States
403, 4th Floor, Bremen Business Center
Aundh, Pune, Maharashtra 411007
In search of customized market research solution? We are here to help you. Contact us.