Shenzhen Meilun medical to pay tribute to you!
Our high-end cerebral function monitor in October 2014 launch. Meilun medical family of new members: video EEG machine, dynamic EEG and sleep monitor, intraoperative monitor, electromyography (EMG) evoked potential instrument, plug-in multi parameter monitor + 8 lead EEG monitoring module series products in the golden autumn of October in Chongqing exhibition grand launch!

  Mirren monitoring of brain function: the best choice in ICU ward

In the ordinary ICU people to the patient's routine ECG, respiration and blood oxygen saturation monitoring, while the important brain function is lack of effective monitoring means, can not effectively protect the brain function of patients. At present, with the development of computer and software technology, the continuous monitoring of brain function in patients with severe ICU has become possible, and more and more attention, many medical institutions have recognized the importance of brain function monitoring, which has a great significance for the diagnosis and treatment of patients with impaired brain function.
EEG is the most effective method to find the most effective means of epilepsy, and is closely related to brain nerve cell metabolism. It is possible to have the brain damage caused by ischemia and hypoxia. It has been more and more attention. Many medical institutions have realized the importance of brain function monitoring.
The basic principle of EEG is that EEG is the most effective way to find the most effective means of epilepsy and is closely related to the metabolism of brain nerve cells. It is sensitive to the brain damage caused by ischemia and hypoxia. In addition, EEG continuous (CEEG) monitoring can provide dynamic information of brain function, and it is beneficial for real-time monitoring of brain function changes. CEEG has the following advantages: (1) it can directly detect the physiological function of nerve cells; (2) the equipment and the inspection cost is relatively low; (3) there is no danger, no radioactive isotopes and radiation; (4) can be continuous and real-time monitoring. In short, CEEG is an economic, safe, convenient, and timely detection of brain dysfunction monitoring technology. But some problems of CEEG can not be ignored: (1) the anatomical location is worse than CT and MRI; (2) can not make accurate diagnosis; (3) some physiological changes of the patients can interfere with EEG results; (4) the difficulty of EEG identification and analysis has become an obstacle to the wide application of general medical personnel without professional training. (5) the NICU environment in the CEEG environment is full of electromagnetic interference, some patients with restless or skull injury, scalp edema, placement of intracranial drainage tube will affect the CEEG monitoring; (6) NICU patients need the routine examination, nursing and imaging examination, etc..
In addition, with the improvement of the obstetrics delivery technology and the development of neonatal intensive care technology, the survival rate of high risk newborns was significantly increased, but the incidence rate of cerebral injury and cerebral palsy were not decreased, which suggested that the diagnosis and treatment of brain injury in high risk neonates were difficult. In our country, the incidence rate of neonatal brain injury is high, the disease is heavy, and most of the hospitals have no conditions to carry out routine EEG examination, and can not carry out MRI, CT and so on. Therefore, it is urgent to find a simple, convenient and reasonable monitoring tool.
Amplitude integrated electroencephalogram (aEEG) is a clinical EEG monitoring technique developed in recent years. It is a simplified brain electrophysiological monitoring system. This technique not only can reflect the change of background activity, but also can reflect the epileptic activity. It has the characteristics of simple operation, less environmental interference, easy interpretation, and continuous monitoring of the bed. And new digital amplitude integrated EEG monitor can also use varying numbers of electrode and lead, AEEG and standard EEG was recorded at the same time. Therefore, it has become a part of the routine surveillance of the neonatal intensive care unit at home and abroad by using aEEG to carry out the continuous monitoring of brain function.
Meilen cerebral function monitor the raw EEG after software change AEEG, sample envelope, burst suppression etc. various trend chart, on brain function monitoring advantage is particularly evident.
The products were used in the brain injury, stroke, aneurysm rupture, subarachnoid hemorrhage, severe vascular spasm; brain function monitoring of critical patients in the Department of internal medicine, Department of Neurosurgery, neonatal department of pediatrics. Similar products has the widely used in Japan and Europe, in the neonatal intensive care unit (ICU), cerebral function monitor has become the necessary equipment.