Course covers assessment of pediatric pathological gait and influencing shank kinematics with the new Adjustable Dynamic Response™ (ADR™) technology. Instructor: Taffy Bowman, CPO.

via WebEx, noon-1:00 p.m. ET. Course focuses on Ultraflex combination dynamic and static stretching orthosis for addressing complex orthopedic rehabilitation goals and restoring range and function. Instructor: Taffy Bowman, CPO.

CSUDH is recruiting qualified students for its 2010 prosthetic and orthotic certificate programs and its bachelor of science in health science, prosthetics option.• Programs feature hands-on laboratory experience and state-of-the-art didactic instruction. • CSU relocated to the Long Beach VA Medical Center in summer 2009; teaching occurs in a custom-designed 10,200-sq.-ft laboratory. • Fall 2010 […]

Course includes solutions and techniques that optimize gait. Address the new orthotic components that emphasize dynamic motion guidance. Presentation of case studies containing unique challenges and subsequent clinical solutions.

Eight-hour course providing instruction on the new Bi-Flex Cuff, WalkAide System, and NEW Walk-Analyst software version 2.3. Course covers patient evaluation, functional testing, and gait assessment, as well as Medicare reimbursement under HCPCS code.

Acquire firsthand experience with the EVLS system. Approved for 8.5 CEUs.

Course focuses on normalizing adult pathological gait with the utilization of Adjustable Dynamic Response™ (ADR™) technology. Instructor: Taffy Bowman, CPO.

Eight-hour course providing instruction on the new Bi-Flex Cuff, WalkAide System, and NEW Walk-Analyst software version 2.3. Course covers patient evaluation, functional testing, and gait assessment, as well as Medicare reimbursement under HCPCS code.

Course covers various clinical aspects of LimbLogic VS applications. Credits: 7.25 ABC/7.0 BOC. Registration deadline: 3/18/2010.

via WebEx, noon-1:00 p.m. ET. Course covers clinical assessment of the pediatric neuromuscular patient with spasticity and using R1 and R2 for determining orthotic design for maintaining and improving muscle length.