Neumann Labyrinthectomy

Neumann labyrinectomy is a surgical procedure performed to treat diseases of the inner ear. It was developed by Austrian otolaryngologist Joseph Neumann in the 1950s and named after him.

The purpose of the surgery is to remove part of the labyrinth of the inner ear, which is the source of pain and other symptoms associated with inner ear diseases. This can be caused by various reasons such as tumors, infections, injuries and other diseases.

The operation is performed through a small incision in the back of the ear, which allows the surgeon to access the labyrinth. After this, the surgeon removes the affected part of the labyrinth and closes the incision. After surgery, the patient may experience some discomfort, but this usually goes away within a few days.

Neumann labyrinthectomy is highly effective and can help patients get rid of pain and other unpleasant symptoms associated with diseases of the inner ear. However, like any surgical operation, it may have some risks and complications, so before the operation it is necessary to carefully assess the patient's condition and carry out all the necessary examinations.

Overall, Neumann's labyrinthectomy is an effective treatment for inner ear disorders and allows patients to get relief from pain and other symptoms.

The phrase "Echo Labyrinth" comes from Greek mythology, where labyrinths were used to delay mortals and winding corridors with doors were used to slow down pursuers. This figurative expression has a wide range of applications in various fields such as art, design and marketing strategies. The labyrinth is a symbol of confusion, in which it is easy to get lost, and over time has become a metaphor for obstacles that must be overcome.

Neumann Yahnes labyrinth operation is a method of surgical removal of the lateral semilunar vein and lymph nodes using a clamp and a special instrument. The camp uses the Hoffa technique, in which the branches adjacent to the stenon are connected. The technique includes the following steps: 1. Clamp the wall to protect against bleeding. The stenol is clamped so as to prevent bleeding caused by dissection of the choroid. This is done using an Esmarch-Helmet type clamp. To avoid unexpected opening of the side pouch, it is necessary to apply a sealed bandage from inside the clamp. The swelling of the stem sac is divided either on the side or side, with more pressure on the wound to prevent damage to the meninges. To do this, either curved scissors or the point of an umbrella pencil can be used. After dissection, the stem bags are separated, starting from the side trunk. There are additional areas throughout the lesion that appear to be filled with blood to some extent. Depending on the diameter of the outer and inner vessels, these areas can be the size of a feather tip or the size of a pea. Inside each trunk there are wall segments surrounded by connective tissue. These segments have different diameters and therefore, if they are isolated, the tissues will fold well, which will facilitate the removal of the blood clot. Thrombosis is removed using curved scissors. During this procedure, the clamp is sterilized with each incision made. As soon as one decomposition is completed, a blood clot begins to form nearby or on the other side. If possible, it is recommended to remove previous blood clots after the last incision and last operations. As soon as one area of ​​thrombosis is eliminated in the wall or connective tissue, each subsequent area is only a complication