Current can accelerate wound healing
Release date: 2006-08-11 Electric currents may play a surprising role in accelerating wound healing, according to recent scientific findings. At first glance, the idea of using electricity on wounds might sound like something out of a sci-fi movie or even a scam. However, researchers have conducted experiments that prove this phenomenon is real and could lead to new medical treatments. A study published in the prestigious British journal *Nature* reveals that properly directed electric fields can guide repair cells to injured areas, significantly speeding up the healing process. This discovery builds on a 150-year-old observation that wounds generate weak electric fields, a fact that was largely overlooked until recently. Scientists from the Austrian Institute of Molecular Biotechnology and the University of Aberdeen in the UK have now confirmed that these natural electrical signals are crucial for tissue repair. Their research has also uncovered specific genes involved in regulating this process, offering new insights into how our bodies heal themselves. The human body functions like a living circuit. Positively charged potassium ions and negatively charged chloride ions move through tissues, creating an internal electric field. When an injury occurs, it disrupts this balance, causing a "short circuit" that changes the local electric field. This change acts as a signal, directing repair cells to the wound site. In lab experiments, scientists applied different electric fields to cultured mouse tissues and found that some enhanced healing while others had the opposite effect. The direction and strength of the current were key factors in determining the outcome. Furthermore, the study identified two genes that control cell movement during the healing process. One gene helps guide repair cells to the wound, while the other restricts their movement. If the first gene is defective, the healing process slows down. Conversely, when the second gene is disabled, healing speeds up. These findings suggest that manipulating these genes or the surrounding electric fields could open new avenues for treating injuries and chronic wounds. Researchers are now exploring ways to harness this natural mechanism for therapeutic use. By applying controlled electric fields, they hope to develop innovative treatments that improve recovery after trauma or surgery. As more studies are conducted, the potential for bioelectric therapies in medicine looks increasingly promising. Source: China Medical News Enteric Coating Vegetable Empty Capsule Enteric Coating Vegetable Empty Capsule,Enteric Coating Vegetable Empty Capsule Size 3,Enteric Coating Vegetable Empty Capsule Size 1,Enteric Coating Vegetable Empty Capsule Size 2 Ningbo Jiangnan Capsule Co., Ltd. , https://www.jncapsule.com