What is radiofrequency ablation? A surgical method

Radiofrequency ablation has a good therapeutic effect on the treatment of cancer. It mainly uses local ultra-high temperature technology to coagulate the patient's diseased tissue. This treatment method will not affect other tissue parts when treating the diseased part. Therefore, it is a very popular technology among patients. Its temperature is generally high, sometimes reaching more than 100 degrees, and it is widely used to treat diseases, including heart disease and surgery.

No matter what kind of technology is used, it is developed for some symptoms of patients. This technology is also a high-tech technology for treating some difficult and complicated diseases, so we need to understand it. Let's take a look at what radiofrequency ablation is.
Radiofrequency ablation can treat many clinical diseases, such as heart and liver diseases. This advanced method can be used to treat a wide range of diseases without limitations, so this technology will have a good development and will become more and more popular in the future. The main treatment conditions include liver and gallbladder surgery, abdominal surgery, heart diseases, and cardiac surgery.

Radiofrequency ablation has its own particularity in temperature control. This technology is actually a high-temperature technology. Usually, the temperature during the operation must reach more than 60 degrees Celsius, and sometimes it can reach more than 100 degrees Celsius. Therefore, it is possible to change and treat the patient's lesion, which is achieved through the effect of high temperature. This high temperature is generally localized and will not harm other parts of the patient.

Radiofrequency ablation is a technique that uses high temperature technology to radiate high temperature to the local tissue of the patient's disease, causing the cancerous tissue or the diseased tissue to coagulate and necrotize, thereby treating the disease. When this technology is used to treat tumors, it is to aim the muzzle of the technology at the diseased tissue of the cancer, causing the cancer tissue to necrotize under ultra-high temperature, thereby achieving the result of curing the disease.