Probe-Fork

Probe-plug: application and device

A fork probe, also known as a Geselewicz probe, ligature needle, or neurosurgical fork, is a medical instrument used for diagnostic and therapeutic procedures in neurosurgery, otolaryngology, and other fields of medicine.

The probe-fork device consists of two main components - a needle and a fork. The needle has a sharp end hole through which a thin conductor passes. The fork consists of two parallel metal plates connected by a hinge. The plates can be moved apart and fixed in this position, thus forming a “fork”.

The use of a fork probe in neurosurgery is associated with the possibility of electrical stimulation of specific areas of the brain. To do this, a fork needle is inserted into the brain through a small hole in the skull. A wire passed through the needle is then used to send an electrical impulse to the brain. This makes it possible to determine the exact location of certain functional areas of the brain or to carry out therapeutic procedures, for example, in the treatment of epilepsy.

In otolaryngology, a fork probe is used to conduct audiometric studies. In this case, the fork is placed on the patient's head, and the needle is inserted into the ear. Sound impulses are transmitted through a needle and recorded by a special device, which makes it possible to determine damage to the hearing aid.

In conclusion, fork probe is an important medical instrument that is widely used in neurosurgery, otolaryngology and other medical fields. Its use allows for accurate diagnosis and therapeutic procedures, which significantly increases the effectiveness of treatment and improves the quality of life of patients.

A fork probe is a special instrument for surgical operations, which is used to monitor and correct the position of tissues and organs during surgery. It is a thin needle that has a special fork at the end, which allows you to control the position of the needle in the tissue and control the depth of its insertion.

The fork probe is used for various types of surgeries, including surgeries on the brain, lungs, heart and other organs. It allows the surgeon to accurately control the surgical process and avoid possible complications.

When using a fork probe, the surgeon can control the depth of needle insertion, as well as its position in the tissue. This avoids damage to surrounding tissues and organs, as well as reduces the risk of complications after surgery.

In addition, the fork probe is one of the most precise instruments for performing brain surgery. It allows you to control the depth of needle insertion and its position in the brain tissue, which avoids damage and minimizes the risk of complications.