Neurology 74K
The scientific study of the nervous system, encompassing the brain, spinal cord, peripheral nerves, and their disorders. Aevum's curated repository spans clinical research, neurotechnology, cognitive neuroscience, and emerging therapeutic paradigms.
Overview & Scope
Neurology examines the structure, function, and pathology of the nervous system. It bridges cellular biology, computational modeling, clinical diagnostics, and therapeutic intervention. Aevum's neurology division aggregates peer-reviewed literature, clinical trial data, and historical archives, verified by board-certified neurologists and neuroscientists.
Core Subfields
Clinical Neurology
Diagnosis and management of CNS and PNS disorders in hospital and outpatient settings.
Neurophysiology
Study of electrical activity, synaptic transmission, and neural circuit dynamics.
Neurogenetics
Genetic basis of neurological diseases, including hereditary ataxias and channelopathies.
Computational Neuroscience
Mathematical modeling of neural networks, brain-computer interfaces, and AI-driven diagnostics.
Neuropharmacology
Drug mechanisms targeting neurotransmitter systems, blood-brain barrier penetration, and novel therapeutics.
Neuroimaging
Structural and functional mapping via MRI, fMRI, PET, DTI, and emerging quantum imaging techniques.
Cross-Disciplinary Connection Detected
Our semantic engine has mapped 3,842 shared pathways between Neurology and Immunology, highlighting the neuroinflammatory cascade in Alzheimer's, MS, and post-viral encephalitis. Click to explore the dynamic knowledge graph.
Featured Articles
Microglial Priming in Early-Onset Dementia
Longitudinal PET imaging reveals sustained microglial activation 5 years before clinical cognitive decline, suggesting novel therapeutic windows.
Global Epidemiology of Epilepsy: 2020β2025 Meta-Analysis
Comprehensive review of incidence, treatment gaps, and socioeconomic determinants across 140 countries using WHO and Aevum datasets.
Next-Gen DBS: Closed-Loop Systems for Parkinson's
Adaptive deep brain stimulation now reduces battery consumption by 60% while improving motor symptom control via real-time LFP decoding.
CRISPR-Cas12a in Hereditary Spastic Paraplegia
Preclinical trials demonstrate targeted correction of SPG4 mutations in iPSC-derived motor neurons with off-target rates <0.1%.