Amputation and Prosthetics
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Amputation
Types
Procedures
Rehabilitation
Famous Amputees
Causes
Atherosclerosis
Birth Defects
Buerger's Disease
Diabetes
Frostbite
Gangrene
Infection
Lack of Blood
Necrotizing Fasciitis
Punishment
Raynaud's Phenomina
Tumor
Prosthesis
History
Care
Limitations
Reattachment
Prosthetic Limbs
Arms
Fingers and Hands
Legs
Feet
Prosthetic Parts
Arteries
Blood
Ears
Eyes
Heart
Heart Valve
Kidney
Liver
Lungs
Nose
Skin
Teeth
Voice Box
Life of
Child Amputees
Adult Amputees
Elderly Amputees
Athletic Amputees
Future
Clones
Stem Cells
Robotics
Animals
Regeneration

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Robotics
    Currently, advanced artificial legs use transducers. Transducers are placed on the bottom of the artificial foot. They send electrical signals to electrodes on the user's skin. The electrodes are attached to a transducers which is in turn connected to the person's stump.
    To work, the stump picks up signals from the transducers and then transmit them to the brain just like a natural foot! The brain uses the messages to know the pressure on different parts of the sole. This means the wearer has a feeling of a real leg. This allows him or her to have more control over the leg.
    In the future, artificial limbs will allow more sense of feel to hands and feet. They will even be able to detect soft, rough, cold, and hot.