Mice with frequent flier miles advance the Alzheimer's cause

by University of KentuckyOlivier Thibault's lab at UK uses calcium imaging techniques to measure how neurons are affected over time. Thibault leads one of four groups in a multi-center grant

Updated on: June 01,2024

Mice with frequent flier miles advance the Alzheimer's cause

by University of KentuckyOlivier Thibault's lab at UK uses calcium imaging techniques to measure how neurons are affected over time. Thibault leads one of four groups in a multi-center grant

Updated on:June 01,2024

New cellular mechanisms in Parkinson's disease discovered

by Melissa Rohman,Northwestern UniversityCredit:Neuron(2024). DOI: 10.1016/j.neuron.2024.05.003A pair of recent studies led by Joseph Mazzulli, Ph.D., associate professor in The Ken

Updated on: July 08,2024

New cellular mechanisms in Parkinson's disease discovered

by Melissa Rohman,Northwestern UniversityCredit:Neuron(2024). DOI: 10.1016/j.neuron.2024.05.003A pair of recent studies led by Joseph Mazzulli, Ph.D., associate professor in The Ken

Updated on:July 08,2024

Researchers: Lifestyle changes can reduce dementia risk by maintaining brain plasticity, but the time to act is now

by Saskia Sivananthan and Laura Middleton,The ConversationCredit: CC0 Public DomainWalk 10,000 steps a day, cut back alcohol, get better sleep at night, stay socially active—we're told that

Updated on: February 24,2024

Researchers: Lifestyle changes can reduce dementia risk by maintaining brain plasticity, but the time to act is now

by Saskia Sivananthan and Laura Middleton,The ConversationCredit: CC0 Public DomainWalk 10,000 steps a day, cut back alcohol, get better sleep at night, stay socially active—we're told that

Updated on:February 24,2024

Advanced fMRI techniques reveal the brain's dynamic architecture

byMiguel Hernandez University of ElcheHierarchical distribution of connections represented in colors on the surface of a human brain. Credit: Varga, L. et al. inCell Systems(2024)Res

Updated on: September 23,2024

Advanced fMRI techniques reveal the brain's dynamic architecture

byMiguel Hernandez University of ElcheHierarchical distribution of connections represented in colors on the surface of a human brain. Credit: Varga, L. et al. inCell Systems(2024)Res

Updated on:September 23,2024

How cells recycle damaged mitochondria in middle age may be critical for brain health

byUniversity of HelsinkiSnapshot of a specialized nerve cell, called an interneuron, undergoing autophagy in the hippocampus—a key brain region for memory function. Credit: Anna RappeMitochondri

Updated on: November 28,2024

How cells recycle damaged mitochondria in middle age may be critical for brain health

byUniversity of HelsinkiSnapshot of a specialized nerve cell, called an interneuron, undergoing autophagy in the hippocampus—a key brain region for memory function. Credit: Anna RappeMitochondri

Updated on:November 28,2024

Neurological research provides molecular insights into the blood–brain barrier

by Liu Jia,Chinese Academy of SciencesGraphical abstract of this study. Credit: Prof. Chang, fromCell Reports(2023). DOI: 10.1016/j.celrep.2023.113392A team of researchers from the S

Updated on: February 26,2024

Neurological research provides molecular insights into the blood–brain barrier

by Liu Jia,Chinese Academy of SciencesGraphical abstract of this study. Credit: Prof. Chang, fromCell Reports(2023). DOI: 10.1016/j.celrep.2023.113392A team of researchers from the S

Updated on:February 26,2024

Digital solutions for dementia care

by Flinders UniversityFlinders University Associate Professor Kate Laver, ARC Discovery Early Career Research Fellow and occupational therapist. Credit: Flinders UniversityTelehealth delivery of

Updated on: May 09,2024

Digital solutions for dementia care

by Flinders UniversityFlinders University Associate Professor Kate Laver, ARC Discovery Early Career Research Fellow and occupational therapist. Credit: Flinders UniversityTelehealth delivery of

Updated on:May 09,2024

Growth cone in migrating neurons involved in promoting neuronal migration and regeneration in brain injury, study shows

by Nagoya City UniversityCollective time-lapse images of a migrating neuron (bottom) and an elongating axon (top) from super-resolution microscopy. Growth cones at the tips of the neurons are ext

Updated on: March 19,2024

Growth cone in migrating neurons involved in promoting neuronal migration and regeneration in brain injury, study shows

by Nagoya City UniversityCollective time-lapse images of a migrating neuron (bottom) and an elongating axon (top) from super-resolution microscopy. Growth cones at the tips of the neurons are ext

Updated on:March 19,2024

Neuroscientists uncover therapeutic potential of low-dose ionizing radiation for traumatic brain injury, ischemic stroke

JANUARY 26, 2024 Editors' notesbyCity University of Hong KongLDIR treatment induces axonal sprouting, brain rewiring and EEG oscillatory activity two months after ischemic stroke. (A) In X-r

Updated on: March 13,2024

Neuroscientists uncover therapeutic potential of low-dose ionizing radiation for traumatic brain injury, ischemic stroke

JANUARY 26, 2024 Editors' notesbyCity University of Hong KongLDIR treatment induces axonal sprouting, brain rewiring and EEG oscillatory activity two months after ischemic stroke. (A) In X-r

Updated on:March 13,2024

New hope against Alzheimer's disease

Updated on: December 25,2024

New hope against Alzheimer's disease

Updated on:December 25,2024

Neurosurgeon explains the difference in brain aneurysms

by Deb Balzer, Mayo Clinic News NetworkCredit: CC0 Public DomainEach year, nearly half a million people worldwide die from brain aneurysms. In the U.S., an estimated 6.7 million people have an unruptu

Updated on: March 28,2024

Neurosurgeon explains the difference in brain aneurysms

by Deb Balzer, Mayo Clinic News NetworkCredit: CC0 Public DomainEach year, nearly half a million people worldwide die from brain aneurysms. In the U.S., an estimated 6.7 million people have an unruptu

Updated on:March 28,2024

Alzheimer's pathology, not cognitive decline, drives neuropsychiatric symptoms

by ElsevierFigure 1. Linear Mixed Effect Models displaying effects of pathology at baseline over time on the development of neuropsychiatric symptoms Plots of estimated marginal means and 95% CI

Updated on: April 07,2024

Alzheimer's pathology, not cognitive decline, drives neuropsychiatric symptoms

by ElsevierFigure 1. Linear Mixed Effect Models displaying effects of pathology at baseline over time on the development of neuropsychiatric symptoms Plots of estimated marginal means and 95% CI

Updated on:April 07,2024