SPINAL CORD INJURY CERVICAL

This early study tests a device that creates a 'neural bypass' to help people with severe spinal cord injuries regain movement and sensation in their hands and wrists. Up to 7 participants will use the system to try tasks like grasping, pinching, and pouring water. The goal is to…

This study tests a device called the Networked Neuroprosthesis for the upper extremity (NP-UE) in people with cervical spinal cord injury. The goal is to see if it safely helps improve the ability to pick up, move, and release objects. The trial involves 13 participants and focus…

This study tests a small, implantable device called KeyGrip that uses mild electrical pulses to activate paralyzed hand muscles in people with cervical spinal cord injury. The goal is to see if it can improve grip strength and the ability to pick up and hold everyday objects. The…

This study tests a fully implanted device that helps people with cervical spinal cord injury regain hand, reach, and trunk function. About 30 participants with injuries at the C5-C7 level will use the device to perform daily tasks. The goal is to see if the device improves indepe…

This early-stage trial tests a new device that delivers special cells (LCTOPC1) into the spinal cord of people with traumatic spinal cord injury. The goal is to replace or support damaged cells and help improve movement and quality of life. The study includes 10 adults with sever…

This study tests two non-invasive techniques—spinal cord stimulation and breathing special air mixtures—to improve breathing in people with chronic spinal cord injury. Researchers aim to "wake up" remaining nerve pathways to make breathing exercises more effective. The study invo…

This early study is testing whether a combination of temporary electrical stimulation of the upper spine and magnetic stimulation of the brain can safely improve arm and hand function in people with cervical spinal cord injury. Twenty adults with incomplete injuries (levels C4 to…

This study looks at how tiny electrical pulses to the brain or arm nerves can help people with spinal cord injury feel touch and pressure in their hands again. Only 3 people who already have electrodes implanted from a larger study will take part. Researchers will test different …