20 articles
New analysis of 10 studies finds vagus nerve stimulation may help stroke patients regain arm function, though evidence quality is low.
Canadian researchers test non-invasive neuromodulation to reduce dyspnea in severe COPD patients through vagus and trigeminal nerve stimulation.
Biohacker Ben Greenfield demonstrates a handheld vagus nerve stimulation device that claims to activate parasympathetic recovery in minutes.
A pilot study shows cervical spinal cord stimulation restored hand and arm function in stroke patients, with a 32% strength gain when switched on.
New research shows targeted electrical therapy enhances nerve-muscle reconnection and activates satellite cells for faster recovery.
Discover how the vagus nerve and immune system communicate bidirectionally to regulate inflammation and overall health.
Review examines how non-invasive brain stimulation techniques target dysfunctional neural networks in depression, schizophrenia, and OCD.
Non-invasive magnetic therapy emerges as painless treatment option for nerve and muscle disorders with growing clinical applications.
New study shows repetitive magnetic stimulation protects nerve connections after spinal cord injury by preventing microglia from destroying synapses.
The Modius Spero uses electrical vestibular stimulation via ear electrodes in 30-min daily sessions, with two-thirds of trial users improving.
Scientists map neural mechanisms of non-suicidal self-injury, opening doors for targeted brain stimulation therapies.
Large meta-analysis reveals transcranial electrical stimulation effectively reduces depression symptoms, especially when combined with medication.
A multidisciplinary review reveals EMS may benefit cognitive disorders, metabolic disease, and pain—not just muscle rehab.
Meta-analysis reveals specific rTMS parameters that maximize motor function recovery after stroke, offering hope for rehabilitation.
Researchers develop a non-invasive magnetic stimulation method that enhances diaphragm muscle response by timing pulses with natural breathing cycles.
Targeted brain stimulation helps stroke patients recover motor function by rewiring neural circuits in unexpected brain regions.
Researchers develop high-precision brain stimulation method that can modify sleep patterns and potentially improve memory and cognition.
The NXTSTIM EcoAI platform combines TENS, EMS, and machine learning to personalize electrostimulation therapy for chronic pain in real time.
New neuroprosthetic devices enable paralyzed patients to regain grasping, walking, and fluid communication through brain-computer interfaces.
Dr. Mike North reveals how targeted vibrations can optimize recovery, sleep, and focus through nervous system regulation.
