Key result
Higher BP variability is linked to increased cardio-cerebral, renal, and diabetic vascular events.
Why the study?
Blood pressure variability is independently associated with cardio cerebral and renal vascular events and plays a key role in diabetes and its vascular complications, but its clinical significance in diabetic patients requires clarification.
Should not yet change diabetes or vascular risk management; leaves open BP variability as a prognostic marker pending higher-level evidence.
血压变异性即一定时间内血压的波动程度，血压变异性的增加与心脑肾血管事件独立相关，还可预测亚临床水平的靶器官损害和血管结构性变化；BPV在糖尿病及其血管并发症中起着关键作用，糖尿病又可使血压变异性增加；对于糖尿病患者，改善体内糖代谢及BPV对减少靶器官损害具有重要的临床意义。 Blood pressure variability is the degree of fluctuation of blood pressure and blood pressure in a certain time. The increase of blood pressure variability is independently related to cardio cerebral and renal vascular events. It also predicts target organ damage and vascular structural changes at subclinical level. BPV plays a key role in diabetes and its vascular complications. Diabetes can also increase blood pressure variability. For diabetic patients, improving glucose metabolism and BPV in vivo is of great clinical significance in reducing target organ damage.
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斐斐 陶 (2018) conducted a review in Diabetes and Vascular Disease. Blood pressure variability was evaluated. Increased blood pressure variability is independently related to cardio-cerebral and renal vascular events and plays a key role in the progression of diabetes and its vascular complications.
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