Pneumocisternography

Pneumocisternography is a radiography method that is used to visualize the subarachnoid cisterns of the brain. This method is based on the introduction of air into the subarachnoid spaces of the brain using a special needle, which is inserted into the subarachnoid space. A series of x-rays are then taken to show anatomical structures such as the meninges and blood vessels.

Pneumocisternography is often used to diagnose various brain diseases, such as tumors, infections, vascular diseases and others. This method can also be used to evaluate the effectiveness of treatment of brain diseases.

One of the advantages of pneumocisternography is its safety. Unlike other brain imaging techniques, this method does not require the use of contrast agents or radiation exposure. In addition, pneumocysternography can be performed without anesthesia, which makes it more accessible to patients.

However, like any other imaging method, pneumocysternography has its limitations. For example, it cannot show small brain structures such as neurons and glial cells. There are also risks of complications associated with inserting a needle into the subarachnoid spaces.

In general, pneumocysternography is an important method for diagnosing brain diseases and can help doctors make an accurate diagnosis and choose the most effective treatment.

Pneumocystyronography is one of the encephalography techniques. When performing pneumoencephalography, the patient’s abdominal cavity is filled with saline solution through a “swallow” volume tube. After this, the headache decreases. Sometimes dizziness or anxiety may occur during pneumovenography. The main thing in these methods is to ensure a smooth flow of saline solution, otherwise it may cause bleeding into the cranial cavity. By using silicone foam, the risk of bleeding is significantly reduced.

Many people not only learned about these studies, but also heard about them. Here are some of them. For children suffering from cerebral palsy, and even healthy people, after the study, a long-term headache is carried out - it begins immediately after anesthesia, and ends by the end of the day. This method is one of the auxiliary tools in scientific research, for example, it is often used to test the effect of drugs on the central nervous system. Various research procedures are included in this method: functional MRI, transcranial magnetic stimulation and echoencephalography.