The CMUH provides “omnibearing cocktail-style stroke treatment.” According to the timing of the stroke, we provide integrative active treatments in order to reduce mortality rate and risk of physical disability. Our treatment characteristics include minimally invasive endoscopic surgery to remove hematomas, monitoring brain temperature and brain oxygen, low-temperature treatment, removal of cerebrovascular infarction, stem cells, and herbal treatments.

The main purpose is to reconstruct the nerve function with EC-IC bypass, rehabilitation, Chinese medicine and hyperbaric oxygen triple therapy.

The period aims to prevent the recurrence of stroke, to control risk factors and to tracking treatments for patients, such as those with the stent dilatations of carotid artery stenosis.

The center has advanced equipment and equipment that can effectively assist patients with stroke diagnosis：　

Measuring the thickness of extravasation of vascular sclerosis, detecting various atherosclerotic plaques, and using the measurement of intracranial and extracranial blood flow velocity to assess the intracranial vascular stenosis

Supporting the 24-hour and rapid diagnosis of stroke and further comprehension of cerebral perfusion to perform the IV t-PA and IA Thrombectomy to rescue brain cells and decrease cerebral hemorrhage.

Screening the brain stroke lesions early and accurately to provide convenient, safe and correct detection of unruptured aneurysms and early treatment, in order to reduce the mortality and the degree of disabled.

Accurately displaying cerebrovascular disease (such as aneurysm and arteriovenous malformations) and hemodynamic changes. The aneurysm embolization or cerebral infarction surgery, intracranial vascular stenting and other treatments can be performed during the inspection.

Screening the degree of cardiovascular stenosis to support the early prevention and early treatment for stroke caused by the unstable thrombosis.

Providing rapid imaging of blood vessels and blood flow examination depended on the organized structure with 2D magnetic resonance images to support accurate exploration for stroke lesion.

EEG, EEG in surgery, evoked potential, neurosurgery navigation system, ultrasonic in surgery.