Biopsy Stereotactic

Stereotactic biopsy: accurate diagnosis using an advanced method

Stereotactic biopsy (ST biopsy) is an innovative procedure used to accurately diagnose and characterize abnormal formations within the body. It is based on the use of a stereotactic method, which allows you to accurately determine the location and size of the pathological formation, as well as to safely and minimally invasively obtain tissue samples for subsequent analysis.

The stereotactic biopsy procedure uses special computer programs and 3D images for planning and navigation. This allows surgeons to pinpoint the coordinates of the location where a tissue sample needs to be taken. Using this information, an accurate 3D model of the area to be explored is created. Surgeons then use a navigation system to insert a special needle or probe into a specific location to remove a tissue sample.

The advantages of stereotactic biopsy are obvious. First, it allows tissue samples to be extracted with high precision and low risk of damage to surrounding healthy tissue. This is especially important when studying tumors in the brain, chest, glands and other difficult-to-reach areas of the body. Second, stereotactic biopsy is minimally invasive and usually performed in an outpatient setting, which reduces the risk of complications and requires less recovery time after the procedure.

Stereotactic biopsy is widely used in oncology to determine the nature of tumor formations. Tissue samples obtained using this procedure are subjected to histological and cytological analysis, which makes it possible to determine the type of tumor, its stage of development, genetic characteristics and prognosis for further development. This helps oncologists choose the most effective and individually appropriate treatment method for each patient.

In addition to oncology, stereotactic biopsy can be used in the diagnosis of other diseases, such as infectious processes, inflammatory diseases or autoimmune disorders. It can also be useful for assessing the effectiveness of treatment and monitoring the progression of the disease over time.

In conclusion, stereotactic biopsy is an advanced method for accurate diagnosis and investigation of pathological lesions. Thanks to the use of computer programs and a three-dimensional navigation system, it ensures high accuracy and safety in obtaining tissue samples. This method is widely used in oncology, allowing one to determine the type of tumor, its stage and genetic characteristics. It can also be useful in diagnosing other diseases and assessing the effectiveness of treatment.

Stereotactic biopsy opens up new possibilities in the diagnosis and treatment of patients. With its help, doctors can obtain valuable data about the nature of the disease, which allows them to develop an individual treatment plan and increase the chances of a successful cure. Due to its minimal invasiveness and high accuracy, stereotactic biopsy is becoming the method of choice for many patients and physicians.

However, as with any medical procedure, stereotactic biopsy has its risks and limitations. There may be some complications, such as bleeding, infection, or damage to surrounding tissue. Additionally, in some cases it may be difficult to reach certain areas of the body with a stereotactic biopsy.

Overall, stereotactic biopsy is a modern and effective method for diagnosing and characterizing pathological lesions. Its advantages include high accuracy, minimal invasiveness and the ability to obtain valuable information about the disease. When used appropriately and the risks assessed, stereotactic biopsy can significantly improve the diagnosis and treatment of patients, opening new perspectives in medicine.

Article about stereotactic biopsy.

Biopsy (taken for analysis) is an important tool for diagnosing various diseases. This is one of the methods of medical research, the essence of which is to obtain material for subsequent analysis in order to identify the causes and essence of the patient’s disease. The material can be obtained by puncture (to remove biological material from the surface layers) or by surgical excision of part of the organ. A biopsy is performed to clarify the diagnosis, assess the course of the disease and prescribe adequate treatment.

In medicine, various methods of collecting biomaterial are actively used, one of which is stereotactic biopsy. The main advantages of this technique are the safety and accuracy of tissue puncture. Most often, this procedure is used to study oncological diseases or when it is necessary to take biopsy material when the functioning of internal organs is disrupted. Thus, stereotactic (under the control of a stereoscopic apparatus) is a method of needle biopsy in which the needle enters precisely into the pathological focus without damaging the surrounding tissue. To carry out the procedure, special equipment is used to accurately determine the location of the tumor and the required volume of biomaterial to be taken. In this case, the patient does not experience severe discomfort, there is no pain during the biopsy, and the procedure lasts only a few minutes. Modern medical centers are equipped with specialized devices that allow this procedure to be performed with maximum accuracy and safety. Basically, the used biomaterial is sent for laboratory testing or additional tests are ordered on site.