Evaluation and Prediction of the Effect of EECP on HR-NICE Patients
A Neuroimaging Prediction Study Based on Multi-model Magnetic Resonance Imaging Technology to Evaluate the Therapeutic Effect of EECP on HR-NICE Patients
About This Trial
Stroke is one of the most threatening causes of mortality and disability worldwide. High risk non-disabling ischemic cerebrovascular events (HR-NICE), defined by mild stroke complicating with greater than 50% atherosclerotic stenosis in intracranial or extracranial arteries, is more likely to develop severe stroke in future. Currently, the clinical treatment for HR-NICE patients is limited to dual antiplatelet therapy or endovascular treatment, both of which are taken controversially due to the side effect or high risk. Enhanced external counterpulsation (EECP) is an established non-invasive treatment for circulatory support. By inflating repeatedly and sequentially from calves to hips in the early diastolic phase of every cardiac cycle, EECP has been demonstrated to increase the shear stress of blood vessels, enhance the collateral circulation and improve brain perfusion in patients with stroke. However, few studies have devoted exclusively to patients with HR-NICE. It is not clear whether EECP can improve the clinical performance or reduce the rate of recurrent stroke in 90 days. In this trial, HR-NICE patients will be divided into two groups according to true or sham EECP treatment. Based on multi-model magnetic resonance imaging, the investigators explore the central neural characteristic before and after EECP treatment.
Who May Be Eligible (Plain English)
Original Eligibility Criteria
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Treatments Being Tested
real EECP
Real EECP treatment is delivered 45min per day for 14 sessions continuously. The treatment pressure sets at 150 millimeters of mercury.
sham EECP
Sham EECP treatment is delivered 45min per day for 14 sessions continuously. The treatment pressure sets at 75 millimeters of mercury.