In this web content, biologist Michael Levin explores the concept of bioelectricity and its potential in regenerative medicine. He believes that electrical signals can be used to communicate with cells and instruct them in rebuilding damaged tissues and organs. Levin points out that many medical conditions, such as birth defects, traumatic injuries, aging, and cancer, can be attributed to cells not knowing how to build the right things. He argues that understanding bioelectricity and utilizing it to train cells could lead to breakthroughs in regenerative medicine. Levin’s research on planarian worms has shown that these creatures possess a type of intelligence and the ability to store and transfer learned information through bioelectricity. Overall, the author emphasizes the exciting possibilities of bioelectricity in reshaping the future of medicine.
https://news.uchicago.edu/how-bioelectricity-could-regrow-limbs-and-organs