Overcoming Muscle Spasticity to Help Paraplegics Walk Again
High-frequency spinal cord stimulation effectively reduces muscle spasticity in patients with incomplete spinal cord injuries, enabling better rehabilitation outcomes.
High-frequency spinal cord stimulation effectively reduces muscle spasticity in patients with incomplete spinal cord injuries, enabling better rehabilitation outcomes.
Cat locomotion is being used to understand how the spinal cord works to help humans with spinal cord injury walk and maintain balance.
In a multi-year STIMO study, scientists have identified the specific neurons that are activated and remodeled by spinal cord stimulation.
Consider enabling spinal cord injury patients to exercise and rehab together for social bonding and to spur their recovery forward, per study.
Read MoreWeekly treatments with an epigenetic activator can aid the regrowth of sensory and motor neurons in the spinal cord, a study suggests.
Read MoreThe National Paralysis Resource Center (NPRC) published a new series of resource sheets for underserved communities living with disabilities.
Read MoreHelp Hope Live, Sonny Mullen, will share key insights about keeping a medical crisis from being a financial Crisis at the Reeve Summit 2022.
Read MoreThe Up-LIFT pivotal study evaluating ARC-EX Therapy achieved its endpoint of improvement in upper extremity strength and function.
Read MoreResearchers aim to understand the changes in the neural circuits that may improve motor function after spinal cord injury.
Read MoreUnited Spinal Association announces the finalists for its #StrongWheeled Together Awards honoring individuals from the SCI/D community.
Read MoreThought leaders in SCI research, science, and tech join with clinicians at Paralyzed Veterans of America 2022 Healthcare Summit + Expo.
Read MoreBrennan Rehabilitation Foundation announces three recipients of the Socrates Award, yearly funds to to aid SCI survivors’ ongoing care.
Read MoreThe Christopher & Dana Reeve Foundation will host the 3rd annual Reeve Summit 2022 on October 13 and 14, 2022 in Washington, DC.
Read MoreScientists ID stem cells that respond to injury in the central nervous system of mice. They could help treat brain and spinal cord injuries.
Read MoreResearchers have successfully recovered muscle movements in a model of mice with spinal cord injury through organic artificial nerves.
Read MoreOccupational therapists can leverage their unique training in activity analysis and environmental adaptations to help clients with SCI prepare for the challenges they may face when traveling.
Read MoreFlexible implantable electronics are a step closer toward clinical applications thanks to a recent breakthrough technology.
Read MoreMichigan Medicine’s Department of Physical Medicine and Rehabilitation received a federal research grant for spinal cord injury.
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