What are running prosthetics?

Running specific prostheses often mimic a “running on toes” running form. The stiffness of the blade is dependent on the runner’s body weight. Using a carbon fiber prosthesis has been shown to decrease heart rate and energy cost with running compared to running in a prosthesis designed for walking.

What are the four types of prosthetics?

There are usually four main types to consider: transradial, transfemoral, transtibial, and transhumeral. However, other prosthetics can be used in certain conditions. We’re here to explain what these prosthetic devices do and how they work.

What is the medical definition for prosthesis?

A prosthesis is a device designed to replace a missing part of the body or to make a part of the body work better. Diseased or missing eyes, arms, hands, legs, or joints are commonly replaced by prosthetic devices.

What are the mechanical properties of running prostheses?

The actual mechanical stiffness values of running-specific prostheses (i.e. kN/m) are unknown. Consequently, we sought to characterize and disseminate the stiffness values of running-specific prostheses so that researchers, clinicians, and athletes can objectively evaluate prosthetic function.

How does a running prosthetic affect your performance?

The mechanical stiffness of running-specific prostheses likely affects the functional abilities of athletes with leg amputations. However, each prosthetic manufacturer recommends prostheses based on subjective stiffness categories rather than performance based metrics.

Can a running blade be used as a prosthetic?

Running specific prostheses often mimic a “running on toes” running form. The stiffness of the blade is dependent on the runner’s body weight. Using a carbon fiber prosthesis has been shown to decrease heart rate and energy cost with running compared to running in a prosthesis designed for walking.

Can a carbon fiber prosthesis be used for running?

The stiffness of the blade is dependent on the runner’s body weight. Using a carbon fiber prosthesis has been shown to decrease heart rate and energy cost with running compared to running in a prosthesis designed for walking.