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Robotic prosthetic ankles allow amputees to move more naturally

Robotic prosthetic ankles that are controlled by nerve impulses allow amputees to move more "naturally," improving their stability, according to a new study from North Carolina State University and the University of North Carolina at Chapel Hill.

Helen huangMegan craigAaron flemingDepartment of biomedical engineeringUniversity of north carolina at chapel hillCarolina state universityNorth carolina state universityNorth carolinaJackson family distinguished professorJoint departmentBiomedical engineering

Newest Robotic Prosthetic Ankle More Stable, Natural, for Amputees

Researchers have developed a new robotic prosthetic leg that improves "postural control." A newly developed Robotic Prosthetic Leg by North Carolina State University and the University of North Carolina improves amputees' movement to the point that it returns the subject to instinctively use natural movements and muscles similar to abled individuals, as reported by Interesting Engineering.

Las vegasUnited statesAaron flemingHelen huangAldohn domingoAria hotel in las vegasUniversity of north carolinaHigh school studentsCarolina state universityTech timesRobotic prosthetic legNorth carolina state universityNorth carolinaLightweight prosthetic limbsGetty imagesAria hotel

Robotic prosthetic ankles improve natural movement, stability

Robotic prosthetic ankles improve natural movement, stability
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Aaron flemingHelen huangDepartment of biomedical engineeringJackson family distinguished professorJoint departmentBiomedical engineering

Robotic prosthetic ankle boosts user stability

Robotic prosthetic ankles that are controlled by nerve impulses allow amputees to move more naturally, researchers report.

Helen huangAaron flemingCarolina state universityNational science foundationNational institutes of healthNorth carolina state universityNational institutes

Making robotic prosthetic ankles more natural: NC State, UNC researchers stress postural control

Robotic prosthetic ankles that are controlled by nerve impulses allow amputees to move more “naturally,” improving their stability, according to a new study from North Carolina State University and the University of North Carolina at Chapel Hill.

Aaron flemingHelen huangWentao liuUniversity of north carolina at chapel hillNational institutes of healthNational science foundationDepartment of biomedical engineeringCarolina state universityInnovation thursdayNorth carolina state universityNorth carolinaJackson family distinguished professorJoint departmentBiomedical engineeringStanding postural controlNational institutes

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