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Principles of Elevated Vacuum Prosthetics-Introduction
Christopher Robinson, MS, MBA, CPO, ATC, FAAOP(D) is an ABC Certified Prosthetist-Orthotist with two decades of experience in clinical practice, education, and research. He serves as the NCOPE clinical resources director, overseeing major initiatives for academic and clinical residency programs and serving as a resource for O&P professionals engaged at all levels of training and education. In addition, Chris holds a faculty appointment at Northwestern University, where he is engaged with training Master's level O&P students, physical therapists, and physicians and is also an inpatient orthotist/prosthetist at Shirly Ryan Ability Lab.
Description
Principles of Elevated Vacuum Prosthetic Applications introduces learners to vacuum-assisted prosthetic suspension systems. It covers the clinical concepts, physiological principles, and practical benefits of using active vacuum suspension for lower-limb amputees. Key topics include the distinction between suction and vacuum suspension, Medicare coding and policy, and the challenges and advantages of vacuum technology. Through literature reviews and practical case studies, participants will learn about the history of vacuum systems, the implications of system design, and methods for improving patient outcomes, comfort, and limb health.