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Diagnostics and research of SNS
The autonomic nervous system (ANS) regulates the work of internal organs, ensuring the maintenance of homeostasis. Diagnosis is aimed at assessing its functional state, identifying an imbalance between the sympathetic and parasympathetic departments.
To do this, methods such as heart rate variability analysis are used, which allows you to assess the adaptive capabilities of the body. The study is carried out using specialized devices that record the heart rate at rest and during exercise. Additionally, tests with deep breathing, orthostatic tests and other functional loads can be used.
The results help to identify disorders associated with chronic stress, vegetative dystonia or other pathologies. The accuracy of the ANS diagnosis depends on the equipment and qualifications of the interpreter.
routine EEG
Electroencephalography (EEG) is one of the main methods of functional diagnosis of the central nervous system. A routine EEG is a record of the brain's electrical activity at rest.
The study is carried out using electrodes placed on the surface of the head, which register the biopotential of neurons. The procedure takes about 20-30 minutes and does not require special training. This procedure allows you to identify epileptic foci, violations of bioelectric activity, as well as assess the general condition of the brain. This method is widely used in neurology to diagnose epilepsy, sleep disorders and other neurological disorders.
Despite its simplicity, routine EEG requires a highly qualified physician to read the results correctly, as the data can vary depending on the patient’s age and condition.
Stabilometry
Stabilometry is a method of functional diagnosis aimed at assessing the coordination of movements and stability of the body. The study is carried out using a special platform that registers changes in the position of the center of gravity of a person in a standing position.
The patient performs tasks, for example, standing with open or closed eyes, which allows to assess the contribution of the visual, vestibular and proprioceptive systems to maintaining balance. Stabilometry is used in neurology, orthopedics and rehabilitation to diagnose coordination disorders, the consequences of traumatic brain injuries, as well as to assess the effectiveness of rehabilitation treatment.
The method is highly informative and safe, which makes it popular in clinical practice. The findings help to develop individual rehabilitation programs aimed at improving motor function.
EEG load test
EEG with load tests is an extended version of electroencephalography, in which the registration of electrical activity of the brain is carried out under conditions of functional loads.
Such tests include photostimulation, hyperventilation, sleep deprivation, or other influences that can provoke changes in bioelectric activity. This method is especially valuable for the diagnosis of latent forms of epilepsy, when pathological changes do not appear at rest. For example, photostimulation can reveal photosensitive epileptic reactions, and hyperventilation can reveal an increase in pathological rhythms.
Conducting an EEG with stress tests requires strict monitoring by medical personnel, since some tests can cause discomfort or provoke seizures. The results of the study allow you to clarify the diagnosis and choose adequate therapy.
EEG video monitoring
EEG video monitoring combines simultaneous recording of electroencephalogram and video recording of patient behavior. The study is carried out over several hours or even days, which allows you to fix rare epileptic seizures or other paroxysmal conditions.
Video monitoring is particularly effective for differential diagnosis of epilepsy and non-epileptic seizures, such as psychogenic paroxysms. During the study, the patient is in a specially equipped ward, and the EEG data is synchronized with the video recording.
This allows the doctor to compare clinical manifestations with changes in the electroencephalogram. The method requires significant time and technical resources, but its high information content makes it indispensable in complex cases.
EEG of the brain
EEG of the brain is the general name for all methods of electroencephalography aimed at studying the bioelectric activity of the cerebral cortex. In addition to routine EEG and studies with stress samples, this includes such varieties as quantitative EEG and brain mapping.
Quantitative EEG involves mathematical analysis of data using spectral analysis, which allows you to identify subtle changes in brain activity. Brain mapping visualizes the distribution of electrical activity in different areas of the cortex, which helps in the diagnosis of local lesions.
EEG of the brain is used not only in neurology, but also in psychiatry, neurosurgery and scientific research. Modern technologies, such as multichannel systems and data analysis software, have greatly improved the accuracy and informative value of this method.
Functional diagnostics plays a key role in modern medicine, providing doctors with objective data about the patient's condition. Its methods allow to identify a wide range of disorders and develop effective treatment strategies. An important condition for successful diagnosis is the use of modern equipment and the involvement of qualified specialists. Thanks to these methods, medicine is able not only to diagnose diseases in the early stages, but also to control the dynamics of treatment, improving the quality of life of patients.
Turning to Neuro-clinic, you will get maximum attention. Attentive and experienced staff work with the use of innovative equipment, which ensures high accuracy of the diagnosis. Our clinic offers optimal prices for all services, which is another advantage for us.
