Neurorehabilitation Research

KEY FINDING: tSCS improved movement time and error during a bimanual common-goal movement.

KEY FINDING: Single-cathode extraneural electrical stimulation of the sciatic nerve can activate combined movements to promote lower limb movements in rats.

KEY FINDING: BCI-FES systems promote nerve function reconstruction by connecting motor intention and muscle contraction.

KEY FINDING: CV-SCS increased blood pressure and predicted left ventricular cardiac contractility and total peripheral resistance at rest.

KEY FINDING: Mild TBI survivors often experience psychiatric comorbidities like anxiety, depression, and PTSD, along with chronic pain and cardiovascular issues.

KEY FINDING: VR training shows promising outcomes in improving upper limb mobility and strength, especially in muscle strength, compared to traditional training.

KEY FINDING: Technology adoption averaged around 30% across all participants.

KEY FINDING: Intraspinal microstimulation (ISMS) in the ventral horn reduces transmission through nociceptive specific and wide dynamic range neurons in response to pain-related sensory feedback.

KEY FINDING: AI-based devices, including those with EMG-based robotic hands, have demonstrated significant improvements in upper limb motor function with a reduction of spasticity in stroke patients, reporting long-lasting results.

KEY FINDING: Participants could learn to trigger steps using the HMD-IVR system, suggesting its potential for training complex motor tasks.