Stroke Rehabilitation, Stroke Recovery, Neurology Research, Physical Therapy, Neurorehabilitation, Clinical Trials, Brain Recovery, Stroke Care, Hand Function Recovery, Digital Therapy, Biomarkers, Acute Stroke, Therapy Intensity, Rehabilitation Science, stroke clinical trial, brain recovery after stroke, physical therapy stroke, digital rehabilitation therapy, stroke biomarkers, neurological recovery, therapy intensity stroke, acute stroke care, rehabilitation timing
Stroke Rehabilitation: Early High-Intensity Therapy Findings

Key Highlights High-intensity therapy within 2 weeks of stroke did not improve recovery outcomes Natural.

TRPM8, cold sensation, ion channels, neuropathic pain, cold allodynia, cryo-EM, HDX-MS, sensory neuroscience, nerve signaling, pain research, TRPM8 mechanism, cold sensation pathway, TRPM8 ion channel, neuropathic pain treatment, cold allodynia, cryo electron microscopy, HDX MS protein study, sensory nerve signaling, temperature sensing proteins, ion channel activation, TRPM8 structure study, pain signaling pathways, menthol receptor TRPM8, molecular neuroscience, protein dynamics
TRPM8 Cold Sensation Mechanism Explained for Pain Care

Quick Summary TRPM8 ion channel converts cold stimuli into nerve signals below ~79°F Researchers captured.

Stem Cell Therapy, Parkinson’s Disease, Regenerative Medicine, Neurology Education, CME Courses, ISSCR, Harvard Medical School, Dopamine Neuron Replacement, Clinical Trials Parkinson’s, Movement Disorders, Neurology Research, Stem Cell Medicine, Physician Education, Nursing Education, Neurodegenerative Disease, ISSCR education program, neurology continuing education, stem cell medicine course, Parkinson’s disease clinical research, regenerative therapies for PD, neurology training course, stem cell research Parkinson’s, movement disorders education, healthcare professional neurology CME
Stem Cell Therapies Course for Parkinson’s Disease Clinicians

Key Summary The International Society for Stem Cell Research launched a new continuing education course.

CTNNB1 Syndrome, rare diseases, neurodevelopmental disorders, beta-catenin, brain organoids, molecular biophysics, genetic research, neuroscience, AI in medicine, Spain research, CTNNB1 neurodevelopmental syndrome, beta-catenin, rare disease research, brain organoids, neurodevelopment, cell adhesion, cadherins, genetic mutations, molecular biology, biophysics, AI protein modeling, neuroscience research, synaptic plasticity, CSIC, EHU
CTNNB1 Syndrome Study Explores Beta-Catenin Defects

Key Takeaways Researchers in Spain are investigating the molecular basis of CTNNB1 Syndrome, a rare.

Alzheimer’s disease, vascular health, brain blood flow, cerebral oxygenation, amyloid plaques, hippocampus, mild cognitive impairment, dementia research, neuroimaging, USC research, biomarkers, neurology, geriatrics, cognitive decline,vascular health and Alzheimer’s disease, brain blood flow, cerebral oxygenation, amyloid plaques, hippocampal volume, mild cognitive impairment, dementia, cerebrovascular function, noninvasive neuroimaging, Alzheimer’s biomarkers, brain oxygen delivery, cognitive decline, PET imaging, MRI biomarkers, neurovascular health
Vascular Health Linked to Early Alzheimer’s Brain Changes

Key Takeaways Brain vascular health is strongly linked to early Alzheimer’s-related brain changes. Noninvasive measures.

Nanoplastics, Brain Health, Neurodegenerative Diseases, Neuroinflammation, Environmental Exposure, Plastic Pollution, Neurology Research, Public Health, nanoplastics in brain tissue, neurodegenerative disease, neuroinflammation, plastic exposure, protein aggregation, Alzheimer’s disease, Parkinson’s disease, blood brain barrier, environmental plastics, neurological disorders, nanoplastic exposure, brain health research, plastic pollution health, clinical neuroscience, public health risk
Nanoplastics in Brain Tissue and Neurological Risk

Key Takeaways for HCPs Nanoplastics are now detected in human brain tissue and blood Evidence.

Chronic Brain Compression, Neuron Death, Glioblastoma Research, Neuroinflammation, HIF-1 Signaling, AP-1 Pathway, iPSC Models, Brain Tumor Effects, Cognitive Decline, Neuronal Loss, mechanical stress brain, HIF-1 signaling, AP-1 pathway, neuronal loss, iPSC neural models, synaptic dysfunction, brain tumor pressure, cognitive impairment, motor deficits, seizure risk, neurodegeneration
Chronic Brain Compression Triggers Neuron Death Pathways

Key Takeaways Chronic brain compression directly causes neuron death Mechanical stress triggers neuroinflammatory pathways (HIF-1,.

Acute Ischemic Stroke, Neuroprotective Drugs, Loberamisal, Stroke Recovery, Phase III Clinical Trial, Neuroprotection, NIHSS, Modified Rankin Scale, Stroke Research, International Stroke Conference, American Stroke Association, IV Stroke Therapy, Brain Health, HCP Education, NIHSS score, modified Rankin Scale, stroke clinical trial, brain cell protection, intravenous stroke therapy, stroke outcomes, American Stroke Association, International Stroke Conference
Acute Ischemic Stroke: New Evidence for Neuroprotection

Key Highlights A Phase III clinical trial presented at the International Stroke Conference 2026 reports.

Brain Implant, Needle-thin brain implant, Neural recording, Targeted drug delivery, Epilepsy research, Microfluidic electrode, Optogenetics, Brain implants, Neuromodulation, Neuroscience research, Neurology innovation, soft brain implants, epilepsy research technology, optogenetics electrode, microfluidic brain electrode, neural recording and drug delivery
Needle-Thin Brain Implant for Layer-Specific Brain Research

Key Takeaways Researchers have developed a needle-thin microfluidic brain implant capable of simultaneous neural recording.

Parkinson’s Disease, microplastics, nanoplastics, neurodegeneration, environmental health, neuroinflammation, gut-brain axis, alpha-synuclein, mitochondrial dysfunction, public health research, neurology news, medical research, brain health, plastic pollution, alpha-synuclein aggregation, blood–brain barrier, neuroinflammation, ferroptosis, Lewy bodies, plastic pollution, environmental neurotoxins
Microplastic Exposure and Parkinson’s Disease Risk

Key Takeaways Microplastics and nanoplastics (MPs/NPs) can cross the blood–brain barrier and accumulate in neural.