With the continuous development of medical technology, more and more non-invasive surgical methods are widely used in various medical fields. Among them, non invasive surgery supported by ultrasound scanning is a relatively common method. This article will introduce the current situation and prospects of non invasive surgery supported by ultrasound scanning.

present situation:

Non invasive surgery supported by ultrasound scanning has been widely used in the medical field. The following are several representative examples:

High intensity focused ultrasound therapy: This method uses high intensity focused ultrasound to focus on the tumor area, causing local temperature to rise, thereby killing malignant tumor tissue. This technique has been successfully applied to the treatment of breast cancer, liver cancer and other tumors.

Ultrasound guided treatment: In this method, doctors use ultrasound scans to locate and guide surgical tools to perform operations, thereby completing the surgical process. For example, in cardiovascular surgery, doctors can use ultrasound scans to guide catheters into a patient's heart.

Ultrasound therapy under colposcopy: This method is a non-invasive treatment method that uses an ultrasound scan to observe internal organs and perform treatment by inserting a probe into the vagina. This method is widely used in the treatment of gynecological problems, such as uterine fibroids, endometriosis, and so on.

Outlook:

With the continuous development of technology, non-invasive surgery supported by ultrasound scanning will make greater progress in the future. Here are some possible new technologies:

Autonomous surgery based on machine learning: In recent years, machine learning technology has been applied in the medical field, which has brought feasibility to autonomous surgery. In the future, we can expect to see non-invasive surgical methods such as robotic surgery combined with ultrasound scanning technology, allowing machines to perform surgery.

Integration of ultrasound diagnosis and treatment: Currently, most ultrasound examinations and treatment are conducted separately. However, in the future, we can expect to achieve the organic integration of the two to form a comprehensive solution.

More accurate targeted treatment: The continuous improvement of ultrasound scanning technology will enable doctors to more accurately locate the treatment area, thereby reducing the impact on healthy tissues. In the future, we can predict that ultrasound therapy will become more accurate and effective.

In summary, ultrasound scanning supported noninvasive surgery is a promising technology that can provide safer and better quality medical services than traditional surgery. In the future, these technologies will continue to develop and are expected to improve people's quality of life.