Session|Amputation/Prosthetics
Lower Limb Prosthetics - Functional Knee Components 2

Abstract: Conventional weight activated knee prostheses rely on a self-locking mechanism to create the required stability during stance. A new joint has been developed, in which the brake moment depends only on the load magnitude and position, thus producing a natural and symmetric gait.

Abstract: Gait and functional characteristics were collected to compare the LEGS M1 knee a locked knee condition and a first-world polycentric knee. The LEGS M1 knee showed few gait penalties from a lower stability and amputees self reported a more satisfactory gait.

Abstract: The development of Stanford - Jaipur polycentric knee have demonstrated the extreme affordability of the most advanced polycentric concept in the world. This is a major break through that would revolutionize prosthetic fitting of trans-femoral amputees.

Abstract: The development of a novel stance-phase controlled polymer injection moldable prosthetic knee joint for low-income countries is being presented. Prototypes of the knee joint were clinically tested indicating reliable stance-phase control and improved gait performance for the users.