Pregabalin Restores Sleep and Circadian Rhythms in Neuropathic Pain—Unlike Morphine: Translational Insights from a Mouse SNI Model

Pregabalin Restores Sleep and Circadian Rhythms in Neuropathic Pain—Unlike Morphine: Translational Insights from a Mouse SNI Model

In a mouse spared nerve injury model, pregabalin—but not morphine—restored REM sleep, normalized locomotor and temperature circadian rhythms, and reversed spinal circadian gene changes. Findings suggest analgesic choice can differentially affect sleep and circadian biology in neuropathic pain.
APOE ε4, Age and Sex Converge to Disturb Anterior Olfactory Nucleus Physiology: Electrophysiologic Evidence for Early Alzheimer’s Vulnerability

APOE ε4, Age and Sex Converge to Disturb Anterior Olfactory Nucleus Physiology: Electrophysiologic Evidence for Early Alzheimer’s Vulnerability

In vivo awake recordings in transgenic mice show APOE ε4 reduces neuronal excitability in the anterior olfactory nucleus (AON); adult females are more excitable than males (a sex difference lost with aging), while aging amplifies network oscillatory power — revealing interactions that may underlie early olfactory deficits in Alzheimer’s disease.
Diabetes and Dementia Biomarkers: Less Alzheimer’s Pathology but More Non‑AD Neurodegeneration in Cognitively Normal Adults

Diabetes and Dementia Biomarkers: Less Alzheimer’s Pathology but More Non‑AD Neurodegeneration in Cognitively Normal Adults

A pan‑European analysis (n=5,550) found diabetes was associated with lower odds of amyloid and p‑tau pathology in cognitively impaired patients, but with markers of neurodegeneration (total tau, medial temporal atrophy) in cognitively normal individuals without amyloid — suggesting non‑AD pathways link diabetes to cognitive decline.
Obesity Alters Symptom Trajectory and Inflammatory Signatures after Sport-Related Concussion: the NCAA‑DoD CARE Consortium

Obesity Alters Symptom Trajectory and Inflammatory Signatures after Sport-Related Concussion: the NCAA‑DoD CARE Consortium

In a large prospective cohort, obese BMI (≥30) was associated with worse post-concussion neurocognitive outcomes and a persistently proinflammatory blood biomarker profile, despite fewer baseline symptoms. Findings suggest obesity modifies clinical recovery and biological response after sport-related concussion.
Neuromuscular Training Substantially Improves Athletes’ Balance: A Meta-Analysis with Practical Takeaways

Neuromuscular Training Substantially Improves Athletes’ Balance: A Meta-Analysis with Practical Takeaways

A 2025 meta-analysis of 13 trials found neuromuscular training produced large improvements in athletes' balance (overall SMD 1.47), with benefits for both static and dynamic domains. Results support incorporating targeted neuromuscular programs into conditioning, while highlighting heterogeneity and research gaps.
Vorasidenib Slows Tumour Growth and Reduces Seizures in IDH‑Mutant Grade 2 Glioma — Robust PFS and Preserved Cognition in the INDIGO Phase 3 Trial

Vorasidenib Slows Tumour Growth and Reduces Seizures in IDH‑Mutant Grade 2 Glioma — Robust PFS and Preserved Cognition in the INDIGO Phase 3 Trial

In the INDIGO phase 3 trial, vorasidenib markedly prolonged progression‑free survival and time to next intervention, reduced volumetric tumour growth and seizure burden, and preserved quality of life and neurocognitive function in patients with grade 2 IDH1/2‑mutant diffuse glioma after surgery.