How a protein in your brain could protect against Alzheimer's disease

by Katie Willis,University of AlbertaCredit: CC0 Public DomainNew research has found that the most common version of a protein called CD33 plays a crucial role in regulating white blood cells in

Updated on: May 18,2024

How a protein in your brain could protect against Alzheimer's disease

by Katie Willis,University of AlbertaCredit: CC0 Public DomainNew research has found that the most common version of a protein called CD33 plays a crucial role in regulating white blood cells in

Updated on:May 18,2024

How astrocytes and perineuronal nets cooperate to sustain synaptic homeostasis

by Ingrid Fadelli , Medical XpressConfocal micrographs showing close association between Perineuronal nets (magenta) and astrocytes (green) in mouse cerebral cortex. Credit: Bhanu TewariSynapses are s

Updated on: August 08,2024

How astrocytes and perineuronal nets cooperate to sustain synaptic homeostasis

by Ingrid Fadelli , Medical XpressConfocal micrographs showing close association between Perineuronal nets (magenta) and astrocytes (green) in mouse cerebral cortex. Credit: Bhanu TewariSynapses are s

Updated on:August 08,2024

How do we decide what to look at next? A computational model has the answer

byTechnical University of BerlinObject-based scanpath simulation in dynamic scenes. Credit: The image is derived from a frame of the field03 video of the VidCom dataset (Permission to Publish Co

Updated on: January 11,2024

How do we decide what to look at next? A computational model has the answer

byTechnical University of BerlinObject-based scanpath simulation in dynamic scenes. Credit: The image is derived from a frame of the field03 video of the VidCom dataset (Permission to Publish Co

Updated on:January 11,2024

3D imaging helps to better understand the early stages of Alzheimer's disease

by Karolinska InstitutetNoradrenergic neurons of the human locus coeruleus shell in three dimension. Credit: Gilvesy et al.Using a novel 3D imaging technology, researchers at Karolinska Institute

Updated on: March 13,2024

3D imaging helps to better understand the early stages of Alzheimer's disease

by Karolinska InstitutetNoradrenergic neurons of the human locus coeruleus shell in three dimension. Credit: Gilvesy et al.Using a novel 3D imaging technology, researchers at Karolinska Institute

Updated on:March 13,2024

Blood vessel breakdown linked with Alzheimer's disease

by Centenary InstituteSGP expression in mouse models of AD. Representative images of SGP expression in APP/PS1 (A) and APP23 (B) compared to wildtype (WT) mice over different stages of plaque dev

Updated on: March 02,2024

Blood vessel breakdown linked with Alzheimer's disease

by Centenary InstituteSGP expression in mouse models of AD. Representative images of SGP expression in APP/PS1 (A) and APP23 (B) compared to wildtype (WT) mice over different stages of plaque dev

Updated on:March 02,2024

How the discovery of an Alzheimer's tipping point could improve drug trials

by Robin Marks,University of California, San FranciscoDormant tau proteins in the brain's memory centers (red) are spurred to spread as amyloid beta (blue) develops in the neocortex. When th

Updated on: April 20,2024

How the discovery of an Alzheimer's tipping point could improve drug trials

by Robin Marks,University of California, San FranciscoDormant tau proteins in the brain's memory centers (red) are spurred to spread as amyloid beta (blue) develops in the neocortex. When th

Updated on:April 20,2024

Breaking stereotype: Brain models are not one-size-fits-all

by Yale UniversityCredit: Pixabay/CC0 Public DomainMachine learning has helped scientists understand how the brain gives rise to complex human characteristics, uncovering patterns of brain activi

Updated on: February 18,2024

Breaking stereotype: Brain models are not one-size-fits-all

by Yale UniversityCredit: Pixabay/CC0 Public DomainMachine learning has helped scientists understand how the brain gives rise to complex human characteristics, uncovering patterns of brain activi

Updated on:February 18,2024

Discovery of macrophages' protective role for nerve damage opens new treatment path

Updated on: March 05,2025

Discovery of macrophages' protective role for nerve damage opens new treatment path

Updated on:March 05,2025

Tau hot spots open new avenues of discovery into dementia

by Queensland Brain InstituteRepresentative diffraction-limited image of a neuroblastoma cell expressing Tau-mEos3.2 molecules acquired in the green channel before single-molecule imaging. Credit: Dr

Updated on: April 02,2024

Tau hot spots open new avenues of discovery into dementia

by Queensland Brain InstituteRepresentative diffraction-limited image of a neuroblastoma cell expressing Tau-mEos3.2 molecules acquired in the green channel before single-molecule imaging. Credit: Dr

Updated on:April 02,2024

Microbes may hold the key for treating neurological disorders

by Baylor College of MedicineCredit: Pixabay/CC0 Public DomainWhen we think about the causes of neurological disorders and how to treat them, we think about targeting the brain. But is this the b

Updated on: May 17,2024

Microbes may hold the key for treating neurological disorders

by Baylor College of MedicineCredit: Pixabay/CC0 Public DomainWhen we think about the causes of neurological disorders and how to treat them, we think about targeting the brain. But is this the b

Updated on:May 17,2024

Cortexyme publishes data on P. gingivalis ability to infect neurons

by IOS PressP. gingivalisbacteria (arrows), after invading a neuron, causes damage to the cellular infrastructure and synapses. Credit: Cortexyme, Inc.Cortexyme, Inc., a clinical stage biop

Updated on: March 26,2024

Cortexyme publishes data on P. gingivalis ability to infect neurons

by IOS PressP. gingivalisbacteria (arrows), after invading a neuron, causes damage to the cellular infrastructure and synapses. Credit: Cortexyme, Inc.Cortexyme, Inc., a clinical stage biop

Updated on:March 26,2024

A new model to predict brain development

by Paris Brain InstituteRepresentation of the cerebral development in C. elegans as a statio-temporal topographical map. Credit: Vito Dichio, Fabrizio De Vico Fallani.From the very first weeks of

Updated on: March 19,2024

A new model to predict brain development

by Paris Brain InstituteRepresentation of the cerebral development in C. elegans as a statio-temporal topographical map. Credit: Vito Dichio, Fabrizio De Vico Fallani.From the very first weeks of

Updated on:March 19,2024