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Brain - Oxford Academic
The official journal of the Guarantors of Brain. Provides researchers and clinicians with original contributions in neurology by publishing a wide range
Issues | Brain | Oxford Academic
Swinnen et al. explored the neural basis of anxiety in Parkinson's disease by examining brain activity in patients with implanted deep brain stimulation electrodes, and found that low frequency theta power in the basal ganglia was positively associated with trait anxiety, both in laboratory settings and at home.
About the journal | Brain | Oxford Academic
Brain has published landmark papers in clinical neurology and translational neuroscience since 1878. We are committed to increasing our scope: from studies that illuminate mechanisms of disease to novel clinical trials for brain disorders.
Brain's Diseases of the Nervous System | Oxford Academic
The definitive guide to clinical neurology, the twelfth edition of Brain's Diseases of the Nervous System provides detailed coverage of the full range of major neurological conditions, and includes updated sections on genetics, development neurology, and re-written introductory chapters.
Volume 146 Issue 10 | Brain | Oxford Academic
The results show that the functional architecture of the brain plays a key role in determining the pattern by which tau pathology spreads in Alzheimer’s disease.
General Instructions | Brain | Oxford Academic
Brain has published landmark papers in clinical neurology and translational neuroscience since 1878. The Editorial Board reflects the journal’s broad coverage and international readership. See below for Open Access charges. Manuscript categories
Advance articles | Brain - Oxford Academic
The blood–brain barrier helps protect the brain, but also hinders drug delivery. Rust et al. examine its molecular and cellular architecture, highlighting regional differences and changes with aging, neurodegeneration, and injury.
neurology of itch | Brain | Oxford Academic
In the brain, functional imaging studies reveal diffuse activation maps for itch that overlap, but not identically, with pain maps. Neuropathic itch syndromes are chronic itch states due to dysfunction of peripheral or central nervous system structures.
Volume 146 Issue 2 | Brain | Oxford Academic
Brain, Volume 146, Issue 2, February 2023, Pages 778–788, https://doi.org/10.1093/brain/awac340 Aellen et al. show that deep neural networks can predict the chances of a patient in a coma regaining consciousness based on EEG responses to sounds.
Brain banking in the United States and Europe: Importance, challenges ...
To assist research focused on better understanding these complex diseases, brain banks enable researchers to access postmortem human brain tissue from individuals with neurological diseases as well as healthy controls.
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