OBJECTIVE: To assess differences regarding in-shoe forefoot plantar pressure (PP) in patients with diabetes during various daily-life activities. RESEARCH DESIGN AND METHODS: In-shoe PP was measured in 93 patients during: level walking, ramp and stair walking, turning in different settings and while performing the Up & Go test. Separate PPs were determined for the big toe and metatarsal (mt) regions one to five. RESULTS: Across all activities, similar PPs were measured in the big toe and mt-1 to mt-3 region. Lower PPs were measured in mt-4 and mt-5 region. PPs during level walking were mostly higher when compared to the other activities (p</=.030). Turning while level walking resulted in higher PPs than turning while performing the other activities (p</=.033). Higher PPs were measured for both ramp and stair ascending when compared to descending (p</=.001). In the big toe region, stair descending resulted in higher PPs than ascending (p</=.001). Across all activities, patients with neuropathy had lower PPs (overall mean 28kPa) than patients without neuropathy. CONCLUSIONS: Level walking resulted in the highest forefoot PPs during daily-life activities. Patients with neuropathy had lower PPs than patients without neuropathy.
OBJECTIVE: To assess differences regarding in-shoe forefoot plantar pressure (PP) in patients with diabetes during various daily-life activities. RESEARCH DESIGN AND METHODS: In-shoe PP was measured in 93 patients during: level walking, ramp and stair walking, turning in different settings and while performing the Up & Go test. Separate PPs were determined for the big toe and metatarsal (mt) regions one to five. RESULTS: Across all activities, similar PPs were measured in the big toe and mt-1 to mt-3 region. Lower PPs were measured in mt-4 and mt-5 region. PPs during level walking were mostly higher when compared to the other activities (p</=.030). Turning while level walking resulted in higher PPs than turning while performing the other activities (p</=.033). Higher PPs were measured for both ramp and stair ascending when compared to descending (p</=.001). In the big toe region, stair descending resulted in higher PPs than ascending (p</=.001). Across all activities, patients with neuropathy had lower PPs (overall mean 28kPa) than patients without neuropathy. CONCLUSIONS: Level walking resulted in the highest forefoot PPs during daily-life activities. Patients with neuropathy had lower PPs than patients without neuropathy.
Authors: Katie E Chatwin; Caroline A Abbott; Andrew J M Boulton; Frank L Bowling; Neil D Reeves Journal: Diabetes Metab Res Rev Date: 2019-12-11 Impact factor: 4.876