20 articles
A year-long sham-controlled trial finds active VNS meaningfully improves daily function and quality of life in patients who failed 4+ antidepressants.
New analysis of 10 studies finds vagus nerve stimulation may help stroke patients regain arm function, though evidence quality is low.
Researchers pinpoint a brainstem pathway linking vagal signals to pain suppression and mood, explaining how VNS therapy works.
New research reveals age-specific effects of vagus nerve stimulation on brain activity, with older adults showing stronger responses.
Canadian researchers test non-invasive neuromodulation to reduce dyspnea in severe COPD patients through vagus and trigeminal nerve stimulation.
New research shows targeted electrical therapy enhances nerve-muscle reconnection and activates satellite cells for faster recovery.
Advanced neuroimaging shows how deep brain stimulation affects neural circuits, opening doors to more precise treatments.
Review examines how non-invasive brain stimulation techniques target dysfunctional neural networks in depression, schizophrenia, and OCD.
Neuronal signals fuel small cell lung cancer via the vagus nerve and direct neuron-to-tumor synapses, opening new therapeutic targets.
Non-invasive magnetic therapy emerges as painless treatment option for nerve and muscle disorders with growing clinical applications.
Bilateral theta burst stimulation enhanced neural repair and restored function after stroke in non-human primates through multiple mechanisms.
New study shows repetitive magnetic stimulation protects nerve connections after spinal cord injury by preventing microglia from destroying synapses.
Scientists map neural mechanisms of non-suicidal self-injury, opening doors for targeted brain stimulation therapies.
AI-personalized neurostimulation tested in 67 UK teachers experiencing work-related rumination, with mixed but promising results.
Large meta-analysis reveals transcranial electrical stimulation effectively reduces depression symptoms, especially when combined with medication.
Non-invasive brain stimulation techniques like TMS are helping stroke survivors recover language abilities by targeting specific brain regions.
New research clarifies how muscle-tendon vibration triggers beneficial reflexes and sensory responses for rehabilitation.
New research reveals DBS doesn't just stimulate neurons — it physically remodels white matter and reshapes brain-wide connectivity.
New research shows mechano-electrical stimulation can trigger stem cells to repair peripheral nerve damage completely.
A multidisciplinary review reveals EMS may benefit cognitive disorders, metabolic disease, and pain—not just muscle rehab.
