Tripping Over Obstacles: Biomechanical Analyses of how Young and Old Try to Avoid it |
Contents
GAIT PATTERNS | 3 |
EFFECTS OF AGE AND AVAILABLE RESPONSE TIME | 29 |
EFFECTS | 45 |
Copyright | |
2 other sections not shown
Common terms and phrases
25 mm obstacle Age Ageing Alexander NB ankle ANOVA approximately Ashton-Miller attention distraction available response avoid stepping biomechanical center of mass control charts crossed the obstacle crossing speed crossing step length decreased difference by repeated Effect of Age elderly falls Figure fixed obstacle foot clearance footfall gait cycle gait patterns gender Geriatr Gerontol heel distance hip flexor hip fracture human gait kinematics knee lower extremity males MROM negotiate obstacles obstacle avoidance obstacle contact obstacle height obstacle trials old adults old healthy adults p-value parameters Patla peripheral vision Phase 1 Model plantarflexion rate of success recontact repeated measures ANOVA response time ART risk significantly simple reaction simulate SRT trials stance foot stance leg Step Strategy stepping over obstacles swing foot swing leg Table task tests Tinetti toe distance trigger pads tripping virtual obstacle walkway young adults young and old