Transcutaneous electrical stimulation is a non-invasive strategy to modulate spinal circuitry. Utilization of a unique waveform permits high-current electrical stimulation to reach spinal networks without causing discomfort. We are testing the immediate and lasting effects of this potentially break-through treatment for restoring upper extremity function in tetraplegics.
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We are investigating the optimal method for delivering non-invasive on skin spinal stimulation to improve standing and walking ability in people with spinal cord injury. We are also exploring the combined approach of intensive exercise and robotic technology with the electrical stimulation.
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We have demonstrated that spinal stimulation evoked arm movements after spinal cord injury. We are currently working on brain signal controlled spinal stimulation to reanimate arm movement after cervical spinal cord injury. In collaboration with Josh Smith, we are testing a completely implantable device capable of decoding brain signal and spinal stimulation for arm function.
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We are investigating whether intraspinal stimulation is capable of guiding spared pathways to functional targets after spinal cord injury. In collaboration with Phil Horner, we are also exploring the combined approach of stem cell therapies and electrical stimulation.
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