1 tolic blood pressure (DBP) within 3 min from postural change.

2 y generated for the index finger by the same postural change.

3 ing 60 cms(-1), despite body compression and postural changes.

4 imultaneously did not induce any significant postural changes.

5 f ischemia during the morning hours, and the postural change after awakening contributes to the morni

6 hese results support the notion that passive postural change alters the pre-capillary resistance, the

7 3-month-old infants showed systematic global postural changes during Approach and Contact, but not du

8 in participant variability in SBP related to postural change, expressed as coefficient of variation.

9 eater orthostatic BP decline during any of 8 postural change measures: no OH group (48.5%); isolated

10 t (i) complete SCI disrupts the influence of postural changes on the representation of the deafferent

11             Provocative maneuvers, including postural changes, sublingual nitroglycerin, and bicycle

12 ls, the hemodynamic response to reclining, a postural change that increases retinal perfusion pressur

13 ons in physical and mental activities and to postural changes upon awakening.

14      Similarly, greater SBP variability with postural change was associated with an increased risk of