Researchers Are Developing Remote-controlled Cancer Immune Systems

This article examines Researchers Are Developing Remote-controlled Cancer Immune Systems. It presents the main facts, practical implications, and key points in a clearer, easier-to-follow format.

Understanding Researchers Are Developing Remote-controlled Cancer Immune Systems

In this study, researchers said their remote-controlled mechanical systems could be used to create T-cells that could target and kill cancer cells.

Specifically, CAR-T cells designed with mechano sensors and genetic transformation modules can be remotely activated by ultrasound through microbubble amplification mechanism.

Professor Peter Yingxiao Wang of the University of California San Diego said: "CAR-T cell therapy is becoming the optimal method of changing models for cancer treatment. However, the major challenges remain before CAR-based immunotherapy can be widely applied. ".

The team brings together laboratories of professors Wang and Shu Chien, both biotechnology professors at Jacobs School of Engineering and the Institute of Medical Engineering at UC San Diego, in collaboration with Professor Kirk Shung of Southern California University and Michel Sadelain at Sloan Kettering Cancer Center in New York. Researchers presented their findings in the Proceedings of the National Academy of Sciences, with Dr. UC San Diego, Yijia Pan, the first author.

The researchers found that microbubble links (Micro Bubbles are tiny bubbles of 0.2 microns in size, a fraction of the size of typical vortex bubbles) with streptavidin (bacterial proteins can bind to biotin with high affinity and specificity can be combined with the surface of a cell where expression of sensitive muscle Piezo1 ion regions is present. When exposed to ultrasonic waves, vibrating and stimulating microbubbles of Piezo1 ionic regions produce calcium ions inside the cell. This will continue to activate calcineurin (cancer inhibitor), dephoshorylation (the phospharylation) NFAT.

The NFAT is converted into a nucleus that can bind to retrograde response factors of genetic switch modules to initiate gene expression of the chimer (CAR) antigen receptor to identify and kill the target cancer cells.

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