For transradial amputees, the muscles in the residual forearm naturally employed by unimpaired subjects for flexing/extending the hand fingers, are the most appropriate targets, for multi-fingered prostheses control. ...

Individuals with upper limb loss are talting a greater interest and a more active role in their rehabilitation and prosthetic experiences. Many now recognize that they can influence the type and scope of rehabilitation ...

Powered prosthetic hands, elbows and wrist rotators for child amputees have begun to proliferate and gain acceptance over the past few years. While the options for controlling these devices were once limited, there are now ...

A trauma or congenital pathology may seriously compromise the performance of upper limbs from an operative standpoint and informally, tluough sensitivity. These special aspects show how difficult it is to develop an ...

A remaining barrier to the clinical accessibility of pattern recognition systems is the lack of practical methods to acquire the myoelectric signals required to train the system. Many current methods involve screen-guided ...

To achieve subconscious prosthetic control the patient feedback present must be employed as completely as possible. This implies the use of control methods based upon the principles of extended physiological proprioception. The ...

The subject of this case study is an 8 year old girl who has a phocomelic deficiency of her left uppet extremity. Her phocomelic hand consists of 3 digits including a thumb and has limited strength and range of motion. She ...

Farming and ranching are among the most hazardous occupations in the United States with many non-fatal accidents resulting in amputation. In addition, those who continue to farm using prostheses are at risk of secondary ...

The Southampton Hand Assessment Procedure (SHAP) has been developed specifically to enable the broadbased evaluation of hand function irrespective of the disability, thereby allowing assessment of both natural and prosthetic ...