Publications by authors named "David Hayon"
Article Synopsis
- Spinal cord stimulation (SCS) is being researched not just for chronic pain relief, but also for its potential to restore function after spinal cord injuries.
- Advances in understanding spinal cord lesions and new technologies in neuroengineering are leading to innovative SCS strategies, like spatiotemporal neuromodulation, which enables targeted stimulation during movements.
- Combining SCS with intensive rehabilitation methods is crucial for effectiveness, and there’s a pressing need for comprehensive clinical trials to evaluate these approaches for safety and effectiveness.
Objective: Arginine vasopressin is being used increasingly to treat vasodilatory hypotension, although little is known of its effects on regional perfusion. Arginine vasopressin hemodynamic effects in physiology are mainly mediated through the V1a receptor on blood vessels. To investigate this further, we studied the effect of arginine vasopressin on systemic and renal blood flow in anesthetized, ventilated rabbits given either intravenous saline or endotoxin, and the impact of blocking V1a receptors.
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