Effects of load carriage on amputee ambulation

Amputees lack the lower extremity muscles responsible for maintaining kinematic stability under increasing load carriage conditions, and would benefit from a more versatile prosthetic foot design that could adapt dynam­ically to changing loads. By Kurt Collier, CP Continue reading →

Amputees lack the lower extremity muscles responsible for maintaining kinematic stability under increasing load carriage conditions, and would benefit from a more versatile prosthetic foot design that could adapt dynam­ically to changing loads. By Kurt Collier, CP Continue reading →

Originally posted here:
Effects of load carriage on amputee ambulation

Related posts:

  1. Effect of normal load, speed and moisture on footwear traction
  2. Step activity monitoring to assess ambulation before and after total ankle arthroplasty
  3. The effects of different degrees of sliding surfaces on average loading rate in running: a pilot study
  4. Effects of basketball shoe on impact force and quadriceps vibrations during active and passive landings
  5. Acute effects of a shoe with enhanced plantar sensory feedback on midfoot kinematics whilst walking
  6. Effects of increased toe flexor muscle strength to foot and ankle function in walking, running and jumping
  7. The effects of standard issue Royal Marine footwear on risk factors associated with third metatarsal stress fractures
  8. Biological perspectives on the effects of early psychosocial experience
  9. Comparative Long Term Effects of Nebivolol and Carvedilol in Hypertensive Heart Failure Patients
  10. Effects of soil fabric on behaviors of granular soils: Microscopic modeling