Assessing Lower-Extremity Hemodynamics in Individuals with Diabetes

Keywords

absolute achieved acquisition adapted amputation ankle arterial assess asymmetric attenuated audience avoided blood brain built calf care chapel china coefficient compensate complication compromised concentration considered constant consumption contraction custom detect detection determination developed device diabetes diabetic disease dysfunction early elevation employed equation exercise extraction extremities extremity fair fashion feasibility field firmly flow fold foot fraction future gradient hasting healing healthy hill hospital implications important included individuals insufficiency interpolated intervention inversion investigated isometric labeling legs limiting local loss maps matrix maximal measure measured micro model moreover much muscle muscles north often ongoing oxygen oxygenation patient patients pedal perfusion perhaps periphery physical precede previously project pulse pushing quantification radiologist recovery reduced referred regional relies reported resistance response rest resting saint sample scanned selective sets significantly skeletal slice slower specifically spin starting statically strapped strategy subjects successfully supine surgeon susceptibility sustained table target therapeutic therapist therapy tissue type ulcers vascular voluntary volunteers water year