Product Detail

Founded in 1989, US Natus Neurology Incorporated is a leading manufacturer of medical equipment and software in the world. Its products cover disciplines such as neonatal monitoring, nervous system, sleep, hearing and balance. The company has many well-known brands, including Nicolet. Since 1965, it has provided clinical services in EEG, EMG, EP, IOM, ICU, Sleep, LTM, With different solutions and high-quality equipment and consumables in various fields such as TCD, the products are distributed in more than 100 countries around the world.
This equipment adopts the monitoring method of original EEG combined with quantitative or semi quantitative analysis, providing a professional, simple and practical powerful tool for clinical experts and ordinary medical staff to monitor the brain function of critical patients in real time.
At present, the monitoring of brain function has been paid more and more attention to in clinical practice at home and abroad. Continuous monitoring of brain function has become the monitoring standard for critical patients with neurological deficits abroad, which will also be a new trend in the development of domestic neurological monitoring. Brain function monitoring not only contributes to the early detection of diseases in clinical application, but also has important clinical significance in the adjustment of treatment plans and prediction of patient prognosis, Moreover, it has far-reaching significance for clinical research and teaching, and will greatly improve the level of medical treatment, teaching and research in the department.
The brain function monitor can provide early detection of neurological complications before the occurrence of clinical symptoms and signs of patients through early detection of abnormal changes in patients’ brain functions, guide clinical early intervention, avoid more serious injuries, and save the cost of rehabilitation of patients; Through convenient and continuous monitoring at the bedside, expensive imaging examinations are reduced and medical resources are saved; In the course of treatment, accurate drug management is carried out according to the patient’s condition to save medication; Shorten the stay time of patients in ICU and save costs. It has good economic and social benefits for patients and the hospital.
Brain function monitoring is recommended in the following cases:

Traumatic brain injury

• A high proportion of patients with brain injury will often have epilepsy
• The longer the epileptic activity lasts, the more difficult it is to treat, and the higher the mortality rate
• Detection of subclinical epilepsy, evaluation of convulsions, and evaluation of treatment
• Suspected neurological or systemic condition

Stroke

• Early detection of vasospasm or secondary damage after stroke or cerebral vascular surgery
• Via α Vasospasm was found in the early stage of variability

Surgical treatment

• Carotid artery shunt surgery – check the brain condition during or after the clamping process
• When cardiopulmonary bypass is used
• Risk of cerebral embolism and stroke during surgery
• Control the incidence of postoperative neurological complications (patient prognosis)
• Brain function was monitored during operation

Cardiac arrest

• Amplitude integrated EEG (aEEG) has predictive value for the prognosis of patients with cardiac arrest and CA treated with induced hypothermia