Linked from

The 21 pages that link to Prosthesis, each with the reason it gives.

• BiomechanicsRelated: Its design must reproduce useful forces and movement while fitting biological tissues.

• GaitRelated: Its alignment and control shape walking mechanics after limb loss.

• TranshumanismRelated: Advanced prostheses blur the boundary between medical restoration and expanded capability.

• AmputationRelated: A prosthesis can restore some mobility or task-specific ability after limb loss.

• Gait analysisRelated: Gait measurements help assess how prosthetic design affects walking mechanics.

• Reconstructive surgeryRelated: Prostheses can restore contour or function when biological reconstruction is unsuitable.

• HindlimbRelated: Hindlimb prostheses restore support and movement after limb loss.

• Human enhancementRelated: Some prostheses restore function, while advanced designs may exceed typical bodily performance.

• Ambroise ParéRelated: Paré designed artificial limbs and other devices for people with injuries or amputations.

• Terry FoxRelated: A prosthetic leg enabled Fox to run after his amputation.

• EctrodactylyRelated: A prosthesis can be considered when an individual’s functional goals and anatomy make it useful.

• BioroboticsRelated: Biorobotic principles help coordinate artificial limbs with human movement and control.