How the brain responds to surprising events

by Sarah McDonnell,Massachusetts Institute of TechnologyMost of the brain’s noradrenaline is produced by the two locus coeruleus nuclei, one in each brain hemisphere. The neurons of the locus co

Updated on: February 21,2024 6

How the brain responds to surprising events

by Sarah McDonnell,Massachusetts Institute of TechnologyMost of the brain’s noradrenaline is produced by the two locus coeruleus nuclei, one in each brain hemisphere. The neurons of the locus co

Updated on:February 21,2024 6

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

Updated on: June 11,2024 7

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

Updated on:June 11,2024 7

Machine Learning for Alzheimer’s Disease: Unlocking the Future of Early Detection and Precision Care

Updated on: May 28,2025 0

Machine Learning for Alzheimer’s Disease: Unlocking the Future of Early Detection and Precision Care

Updated on:May 28,2025 0

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

Updated on: January 11,2024 19

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

Updated on:January 11,2024 19

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

Updated on: September 06,2024 0

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

Updated on:September 06,2024 0

Ion channel linked to brain inflammation identified

by Olivia Dimmer,Northwestern UniversityImmunohistochemistry of WT hippocampal astrocytes in culture showing expression of Orai1 in the soma and processes. Orai1 labeling (with a monoclonal anti

Updated on: January 29,2024 8

Ion channel linked to brain inflammation identified

by Olivia Dimmer,Northwestern UniversityImmunohistochemistry of WT hippocampal astrocytes in culture showing expression of Orai1 in the soma and processes. Orai1 labeling (with a monoclonal anti

Updated on:January 29,2024 8

Brains have a remarkable ability to rewire themselves following injury, concussion specialist explains

by Hilary A. Diefenbach,The ConversationCredit: Unsplash/CC0 Public DomainHigh-profile sports like football and soccer have brought greater attention in recent years to concussions—the mildest f

Updated on: January 10,2024 15

Brains have a remarkable ability to rewire themselves following injury, concussion specialist explains

by Hilary A. Diefenbach,The ConversationCredit: Unsplash/CC0 Public DomainHigh-profile sports like football and soccer have brought greater attention in recent years to concussions—the mildest f

Updated on:January 10,2024 15

AI-based system to guide stroke treatment decisions may help prevent another stroke

by American Heart AssociationCredit: Pixabay/CC0 Public DomainIschemic stroke survivors who received care recommendations from an artificial intelligence (AI)-based system had fewer recurrent str

Updated on: March 15,2024 11

AI-based system to guide stroke treatment decisions may help prevent another stroke

by American Heart AssociationCredit: Pixabay/CC0 Public DomainIschemic stroke survivors who received care recommendations from an artificial intelligence (AI)-based system had fewer recurrent str

Updated on:March 15,2024 11

Scientists discover a new set of cells that control the blood-brain barrier

byUniversity of Western AustraliaAstrocytes transfer mitochondria and alleviate oxidative stress of endothelial cells. Credit:Science Advances(2024). DOI: 10.1126/sciadv.adk2913Resea

Updated on: July 08,2024 0

Scientists discover a new set of cells that control the blood-brain barrier

byUniversity of Western AustraliaAstrocytes transfer mitochondria and alleviate oxidative stress of endothelial cells. Credit:Science Advances(2024). DOI: 10.1126/sciadv.adk2913Resea

Updated on:July 08,2024 0

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

Updated on: January 12,2024 8

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

Updated on:January 12,2024 8

Study highlights the key role of the prefrontal cortex in regulating REM sleep

by Ingrid Fadelli , Medical XpressOptogenetic activation of mPFC Pyr neurons triggers REM sleep.a, Top: schematic of optogenetic activation of mPFC Pyr neurons. Bottom: expression of AAV-CaMKII-

Updated on: January 12,2024 13

Study highlights the key role of the prefrontal cortex in regulating REM sleep

by Ingrid Fadelli , Medical XpressOptogenetic activation of mPFC Pyr neurons triggers REM sleep.a, Top: schematic of optogenetic activation of mPFC Pyr neurons. Bottom: expression of AAV-CaMKII-

Updated on:January 12,2024 13

Reorganization of prefrontal cortex circuitry during adolescence enables cognitive maturation of mice

by Ingrid Fadelli , Medical XpressThe artistic image shows that the structural and functional development of neuronal circuits in the prefrontal cortex is supported by microglia mediated refinement of

Updated on: March 28,2024 0

Reorganization of prefrontal cortex circuitry during adolescence enables cognitive maturation of mice

by Ingrid Fadelli , Medical XpressThe artistic image shows that the structural and functional development of neuronal circuits in the prefrontal cortex is supported by microglia mediated refinement of

Updated on:March 28,2024 0