As many as 33.75% of patients with proximal upper limb deficiency rejected their prostheses and many who continue to wear them do not find them useful in ADL and employment, etc. It is vital that rehabilitation programmes should focus on both prosthetic and nonprosthetic training to achieve maximal independence.

The findings offer a greater psychological insight into adjustment from an upper limb amputation and the role of prostheses. These findings have implications for both the clinical rehabilitation of patients who undergo upper limb amputations, as well as for future research into the use and value of prostheses in facilitating the adjustment to this experience.

This study investigated mobility outcome following unilateral trans-tibial or trans-femoral amputation. It was an observational study at the sub-regional amputee rehabilitation centre in Sheffield, UK. All unilateral trans-tibial or transfemoral amputees referred during the study period were included. The Harold Wood Stanmore mobility grade was recorded approximately one year following initial assessment at the centre.Of the 357 amputees referred, complete outcome data was available for 281 (78.7%). The mean age was 68 years (range 16-95), 70.1% were male, and the aetiology of the amputation was vascular or diabetic in 87.5% of cases. Trans-tibial amputations accounted for 50.5% and trans-femoral 49.5%. Almost all trans-tibial and trans-femoral amputees aged 50 and under achieved functional household and community mobility. Approximately 50% of the trans-tibial amputees aged over 50 years gained independent community mobility and around 60% household mobility. There was a significant worsening of community mobility rates with increasing age but for household mobility the differences did not reach statistical significance.Fewer than 25% of trans-femoral amputees aged over 50 achieved community mobility and around 50% achieved household mobility. There was a statistically significant deterioration in both community and household mobility levels with increasing age.

The microprocessor-controlled prosthesis was not found to be less cognitively demanding than a conventional prosthesis.

At lower speeds oxygen cost was lower with the Intelligent Prosthesis. Gait analysis detected no significant changes between the two legs.