Van Egeren L F
Michigan State University, East Lansing 48824.
J Hypertens Suppl. 1991 Dec;9(8):S25-7.
Body motion and blood pressure were monitored simultaneously for 24h in 82 healthy normotensive employees with sedentary jobs. Body movement frequency decreased from the level during work to the level at home in the evening and fell further when the subjects went to sleep. Approximately 25% of changes in blood pressure levels were explained by changes in gross body movement. The mean intrasubject correlation between pressure and motility was r = 0.52 (diastolic) and r = 0.51 (systolic). Simultaneous monitoring of blood pressure and human activity, using a behavioral diary to record the type of activity and an electronic motility monitor to record its intensity, can show how skeletal motor outflow affects the regulation of blood pressure in the normal circumstances of everyday life.
对82名从事久坐工作的健康血压正常员工的身体运动和血压进行了24小时同步监测。身体运动频率从工作时的水平下降到晚上在家时的水平，当受试者入睡时进一步下降。大约25%的血压水平变化可由总体身体运动的变化来解释。血压与运动性之间的受试者内平均相关性为r = 0.52（舒张压）和r = 0.51（收缩压）。使用行为日记记录活动类型并使用电子运动监测器记录其强度，同时监测血压和人体活动，可以显示在日常生活的正常情况下骨骼运动输出如何影响血压调节。
