Эхоэнцефалография (Echoencephalography)

Echoencephalography is a diagnostic method based on the use of reflected ultrasound waves to detect intracranial pathology.

The main advantage of echoencephalography is the ability to diagnose diseases that lead to a displacement of brain structures from the midline. Ultrasound waves directed at the patient's head are reflected from the tissues of the brain and skull, forming an echo signal. Analysis of these signals allows us to determine the presence and localization of pathological changes.

Currently, echoencephalography is gradually being replaced by more modern imaging methods - computed tomography and magnetic resonance imaging. These methods have greater resolution and more accurately diagnose brain pathology compared to echoencephalography. However, echoencephalography is still used in some cases due to its simplicity, availability and lack of radiation exposure.

Echoencephalography (Echoencephalography) is a method for diagnosing intracranial pathology, based on the reflection of ultrasonic waves from brain structures. This method makes it possible to identify various diseases associated with disruption of the normal position of intracranial structures in space.

Echoencephalography is one of the earliest methods for diagnosing brain diseases and continues to be used in modern medicine. However, at present, this method is gradually being replaced by more accurate and sensitive diagnostic methods, such as computed tomography (CT) and magnetic resonance imaging (MRI).

However, echoencephalography remains a useful diagnostic modality, especially in cases where CT or MRI are not available or contraindicated. This method can also be used to assess intracranial pressure during the treatment of patients with intracranial diseases.

Overall, echoencephalography continues to be an important tool in the diagnosis of brain diseases, but its use in clinical practice is gradually declining.

Echoencephalography is a method for diagnosing intracranial pathology, based on the reflection of ultrasonic waves from intracranial structures. This method was developed in the 1940s and remains one of the most common methods for diagnosing brain diseases.

The main advantage of echoencephalography is its ability to identify intracranial pathologies that can lead to a displacement of brain structures from the midline. This method allows you to determine the presence of tumors, hydrocephalus, abscesses, and other pathologies.

However, with the development of technology, echoencephalography is increasingly being replaced by other diagnostic methods, such as computed tomography (CT) and nuclear magnetic resonance (NMR), which have higher accuracy and sensitivity. However, echoencephalography remains an important diagnostic modality, especially for patients with disabilities who cannot undergo CT or MRI.