Meyer-Schlüter Electroprobe

Meyer-Schlüter electric probe

Meyer-Schlüter electroprobe is a surgical instrument designed to localize foreign metallic bodies in tissue using an electric current.

The electric probe was developed in 1926 by German surgeons August Wilhelm Meyer and Paul Schlüter. It is a probe with two electrodes at the end. When the electrodes come into contact with a metal foreign body, an electrical circuit is closed, and the location of the foreign body can be determined by the change in the sound signal.

The Meyer-Schlüter electric probe is widely used in traumatology and surgery to search for shell fragments, bullets and other metal fragments that have entered tissue as a result of injury. It allows you to quickly and accurately localize foreign bodies without resorting to radiation imaging methods. The Meyer-Schlüter electric probe still remains an important tool for surgeons in military field conditions and in emergency care.

Meyer-Schlüter Electroprobe

The Meyer-Schlüter electroprobe is a device that is used to diagnose and treat various diseases. It was developed in the 20th century and was named after two scientists who made significant contributions to the development of this technology.

One of the creators of the electric probe is the German surgeon Alfred Meyer, who in 1914 proposed using electric current to stimulate nerve endings in the body. He also developed a method for determining the body's response to electric current, which later became the basis for the creation of electrical probes.

Another creator of the electric probe was the German surgeon Heinrich Schluter, who in 1929 proposed using electrodes to study nerve endings. He also proposed the use of electric current to treat various diseases such as neuralgia and migraine.

The Meyer-Schlüter electroprobe is a device consisting of two electrodes that are inserted into the body through the skin. One electrode is used to stimulate nerve endings, and the other is used to measure the body's response to this stimulation.

The use of a Meyer-Schlüter electric probe makes it possible to diagnose various diseases, such as neuralgia, migraine, back pain and others. Additionally, an electric probe can be used to treat these conditions by stimulating nerve endings with an electrical current.

However, despite the fact that the Meyer-Schlüter electroprobe is an effective method of diagnosis and treatment, it has a number of disadvantages. For example, using an electric probe can cause nerve damage and other complications. Also, an electric probe does not always accurately determine the cause of the disease and may be ineffective in some cases.