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Neurology
Focuses on brain health.
Sub Categories on Neurology
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What it's really like to live with dementia

What it's really like to live with dementia

by Catherine Bailey Et Al,The ConversationBeing around family and friends is important. Credit: PexelsMore than225,000 people develop dementiaevery year – that's roughly one pers

What it's really like to live with dementia

by Catherine Bailey Et Al,The ConversationBeing around family and friends is important. Credit: PexelsMore than225,000 people develop dementiaevery year – that's roughly one pers
New insight into protein production in brain could help tackle dementia

New insight into protein production in brain could help tackle dementia

by University College LondonCredit: Pixabay/CC0 Public DomainA pioneering new study led by UCL scientists has revealed, for the first time, a layer of genetic material involved in controlling the

New insight into protein production in brain could help tackle dementia

by University College LondonCredit: Pixabay/CC0 Public DomainA pioneering new study led by UCL scientists has revealed, for the first time, a layer of genetic material involved in controlling the
Using a neuromonitoring platform to improve care for traumatic brain injuries

Using a neuromonitoring platform to improve care for traumatic brain injuries

by Tim Tedeschi,University of CincinnatiUC's neurocritical care team monitors metrics like blood flow, pressure, oxygen and glucose levels in the brain in real time and monitors trends and s

Using a neuromonitoring platform to improve care for traumatic brain injuries

by Tim Tedeschi,University of CincinnatiUC's neurocritical care team monitors metrics like blood flow, pressure, oxygen and glucose levels in the brain in real time and monitors trends and s
Key mechanisms in the synapses of the cerebellum unraveled

Key mechanisms in the synapses of the cerebellum unraveled

byInstitute of Science and Technology AustriaElectron microscope image of neurons in the cerebellum. This slice through the cells in the cerebellum shows a dendritic branch of a Purkinje cell an

Key mechanisms in the synapses of the cerebellum unraveled

byInstitute of Science and Technology AustriaElectron microscope image of neurons in the cerebellum. This slice through the cells in the cerebellum shows a dendritic branch of a Purkinje cell an
Research implicates calcium in 'chemobrain,' pointing the way toward potential therapy

Research implicates calcium in 'chemobrain,' pointing the way toward potential therapy

byColumbia University Irving Medical CenterPreventing chemobrain. A leak of calcium through the ryanodine receptor (above) in the brain led to neurocognitive dysfunction in mice treated with a c

Research implicates calcium in 'chemobrain,' pointing the way toward potential therapy

byColumbia University Irving Medical CenterPreventing chemobrain. A leak of calcium through the ryanodine receptor (above) in the brain led to neurocognitive dysfunction in mice treated with a c
New study uncovers the underlying complexity of brain synapses

New study uncovers the underlying complexity of brain synapses

by Silke Wolf,Max Planck SocietyThe synaptic protein-protein correlation network reveals protein communities. Credit:Cell(2023). DOI: 10.1016/j.cell.2023.09.028A new studypubli

New study uncovers the underlying complexity of brain synapses

by Silke Wolf,Max Planck SocietyThe synaptic protein-protein correlation network reveals protein communities. Credit:Cell(2023). DOI: 10.1016/j.cell.2023.09.028A new studypubli
High fat diet impairs new neuron creation in female mice

High fat diet impairs new neuron creation in female mice

by Society for NeuroscienceFemale mice on the high fat diet displayed fewer developing neurons in the hippocampus. Credit: Robison et al., eNeuro 2019A high fat diet limits the birth and growth o

High fat diet impairs new neuron creation in female mice

by Society for NeuroscienceFemale mice on the high fat diet displayed fewer developing neurons in the hippocampus. Credit: Robison et al., eNeuro 2019A high fat diet limits the birth and growth o
Brain neurons re-entering the cell cycle age quickly and shift to senescence, particularly in neurodegenerative disease

Brain neurons re-entering the cell cycle age quickly and shift to senescence, particularly in neurodegenerative disease

byPublic Library of ScienceSummary image of the article. The upper part highlights neuronal cell cycle re-engagement is a stage proceeding neuronal senescence and that their full molecular profi

Brain neurons re-entering the cell cycle age quickly and shift to senescence, particularly in neurodegenerative disease

byPublic Library of ScienceSummary image of the article. The upper part highlights neuronal cell cycle re-engagement is a stage proceeding neuronal senescence and that their full molecular profi
Intervention becomes first to successfully reduce risk of dementia

Intervention becomes first to successfully reduce risk of dementia

by University of South FloridaThe brain training exercise pushes a user to progressively improve visual speed of processing with attentional demands both at the center of gaze and periphery. Cred

Intervention becomes first to successfully reduce risk of dementia

by University of South FloridaThe brain training exercise pushes a user to progressively improve visual speed of processing with attentional demands both at the center of gaze and periphery. Cred
S1P transporter could be crucial in the development of therapeutics for the treatment of multiple sclerosis

S1P transporter could be crucial in the development of therapeutics for the treatment of multiple sclerosis

by National University of SingaporeSpns2 deletion affects lymphocyte confinement and the vascular structures of the lymph nodes. A Representative confocal images of T cell zone (CD3-green) and B

S1P transporter could be crucial in the development of therapeutics for the treatment of multiple sclerosis

by National University of SingaporeSpns2 deletion affects lymphocyte confinement and the vascular structures of the lymph nodes. A Representative confocal images of T cell zone (CD3-green) and B
Insights on brain-spinal communication in opioid withdrawal lead to a clinical trial

Insights on brain-spinal communication in opioid withdrawal lead to a clinical trial

byUniversity of CalgaryTuan Trang (left) and Lori Montgomery discuss the clinical trial using an anti-gout medication to address the severe symptoms of of opioid withdrawal. Credit: Riley Brandt

Insights on brain-spinal communication in opioid withdrawal lead to a clinical trial

byUniversity of CalgaryTuan Trang (left) and Lori Montgomery discuss the clinical trial using an anti-gout medication to address the severe symptoms of of opioid withdrawal. Credit: Riley Brandt