Engineering to enhance human mobility, play, and exploration

Abstract

MH Schwartz, A Rozumalski, KM Steele, “Muscle synergy complexity reflects selective motor control in children with cerebral palsy.” Gait & Clinical Movement Analysis Society (Newark, Delaware) June 24-27, 2014.

Kat Steele presents at Gait & Clinical Movement Analysis Society Conference:

Muscle synergy complexity reflects selective motor control in children with cerebral palsy

Newark, DE (June 24-27, 2014)

Hwan Choi presents at Northwest Biomechanics Symposium:

Using musculoskeletal modeling to evaluate changes in gastrocnemius length with different ankle foot orthoses

Salem, OR (May 16-17, 2014)

Ben Shuman presents at Northwest Biomechanics Symposium:

Changes in dynamic motor control after botulinum toxin treatment in patients with cerebral palsy

Salem, OR (May 16-17, 2014)

Kat Steele presents at Biomedical Engineering Society Conference:

Muscle synergy complexity decreases with severity of cerebral palsy

Seattle, WA (September 24-28, 2013)

Hwan Choi presents at Biomedical Engineering Society Conference:

Changes in musculotendon length with AFO tuning after stroke: a musculoskeletal modeling case study

Seattle, WA (September 24-28)

University of Washington
Mechanical Engineering
Stevens Way, Box 352600
Seattle WA, 98195-32600

Lab: MEB252
Office: MEB323

E-mail: kmsteele@uw.edu
Phone: 206-685-2390