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Impact of Regional Vibration Application and Flow Mediated Dilation on Brachial Artery Hemodynamics
Application of vibration has been previously shown to affect tissue perfusion and utilized in different branches of medicine. Little is known about the acute impact of vibration application on peripheral artery hemodynamics. In this study, investigators intend to assess: 1. vibration induced hemodynamic changes in brachial artery in non-diabetic patients and compare the characteristics of these alterations with flow mediated dilation mediated changes in same cohort. 2. compare the characteristics of vibration mediated hemodynamic alterations in diabetic and non-diabetic subgroups.
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