Themenblock|Amputation/Prothetik
Armprothetik - funktionale Passteile 2

Zusammenfassung: Different ways to learn using a myoelectric simulator did not affect training results. Object rigidity affected coordination of reach and grasp in prehension and learning force control required more time than learning to control prehension. This can serve as a basis to set up prosthetic training.

Zusammenfassung: This study shows that wearing an arm prosthesis due to a unilateral shoulder amputation has positive physiological effects while walking and standing. The varising moments on the knee joint are reduced by an arm prosthesis that harmonises the gait pattern and optimises body alignment.

Zusammenfassung: This presentation will outline the original prosthetic design rationale and describe subsequent changes to the bilateral shoulder disarticulation prostheses developed for this user. Video will be used to demonstrate the high level of function achieved by this highly motivated and innovative user.

Zusammenfassung: A weight compensating mechanism has been developed that permits a short transhumeral amputee to use a powered prosthesis to work with the arm extended in front. Compensation is minimal at full shoulder extension and maximal at 90°of flexion. Abduction can be either free or compensated.

Zusammenfassung: This presentation will highlight several patient stories including their custom made activity- specific prostheses. A few examples include trans-humeral mountain biking prosthesis, trans-radial baseball/golf prosthesis and wrist-disarticulation lacrosse prosthesis.

Zusammenfassung: Cycloid drives provide high efficiency and strength in a compact package. This study compared performance characteristics of cycloid drives and harmonic drives. Both drives have benefits and disadvantages. Cycloid drives should be considered for incorporation into the design of future prostheses.