Biologists actively cultivate "living" circuits: biological circuits
"Genetic engineering" selects molecular cells and directly alters their genes, allowing them to perform functions that were originally different from their original nature. A new research trend recently is the use of circuits to redesign molecular cells that connect cells to circuits in a naturally occurring manner, enabling them to perform new functions, such as repairing dopamine-producing cells that are damaged by Parkinson's disease. "Our ultimate goal is to target complex medical applications, such as injecting circuits into the bloodstream to look for cancer cells and injecting drugs after finding cancer cells," said Domitilla Del Vecchio, a professor at the Massachusetts Institute of Technology (MIT). One is the sensor, the computer, and an actuator component that injects the drug, and these are the components we are currently working on." Yeasts (middle) are interconnected like electronic components, except that the cells do not communicate through wires, but interact with chemicals that can only inject cells with appropriate receptors. Other possible applications include synthetic biocircuits for continuously measuring blood glucose levels in diabetic patients and releasing insulin when needed. This biocircuit design process is slower and more difficult than designing a circuit. First, the researchers did not use nerves for communication. Instead, they use a common means of communication within natural biological cells to secrete a chemical that affects only "input" cells through "output." Small Red Beans,Dried Red Beans,Organic Small Red Beans,Canned Small Red Beans COFCO HEBEI INTERNATIONAL TRADING CO., LTD. , https://www.cofcohb.com