With the development of modern medical technology, more and more clinical doctors are adopting ultrasound guided interventional therapy technology. This technology can more accurately deliver treatment instruments to the areas that need treatment, and greatly reduce surgical risks. The medical ultrasound scanner is one of the key tools for ultrasound guided interventional therapy technology. This article explores the definition, advantages, and applications of ultrasound guided interventional therapy technology in medical ultrasound scanners.

1、 Definition and advantages of ultrasound guided interventional therapy technology

Ultrasound guided interventional therapy technology refers to a technique that uses medical ultrasound scanners to locate lesions and implement interventional therapy based on this. This technology is widely used for the diagnosis and treatment of various parts such as the liver, gallbladder, pancreas, blood vessels, and breast.

The advantages of ultrasound guided interventional therapy technology mainly lie in:

1. Non invasive: Interventional therapy does not require open surgery, only requires a small incision to complete the operation. Compared to traditional surgical procedures, it has significant advantages such as low bleeding, low infection, and low complications.

2. Accuracy: Due to the ability of medical ultrasound scanners to provide high-quality images and real-time monitoring, doctors can more accurately locate diseased tissues and deliver treatment instruments to the areas requiring treatment.

3. Effectiveness: Interventional therapy is a local treatment method targeting diseased tissue, which can directly act on the diseased tissue, thereby improving the treatment effect.

2、 Application of ultrasound guided interventional therapy technology in medical ultrasound scanners

Ultrasound guided interventional therapy technology has a wide range of applications in medical ultrasound scanners, including but not limited to the following aspects:

1. Treatment of liver lesions: Liver lesions such as tumors and cysts can be treated through ultrasound guided interventional therapy techniques. Doctors can accurately locate liver lesions using medical ultrasound scanners, and then use catheters to deliver therapeutic drugs or radiofrequency electric knives into the tumor for effective treatment.

2. Treatment of gallbladder diseases: Gallstones, gallbladder polyps, etc. can be treated through ultrasound guided interventional therapy techniques. Doctors can accurately locate the interior of the gallbladder based on the images and data provided by medical ultrasound scanners, and deliver treatment instruments to the desired location through catheters for surgical treatment.