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Neurology
Focuses on brain health.
Sub Categories on Neurology
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How zebrafish map their environment: Spatial orientation mechanisms surprisingly similar to our own

How zebrafish map their environment: Spatial orientation mechanisms surprisingly similar to our own

by Sophia Jahns, Max Planck Institute for Biological CyberneticsIdentification of PCs in the larval zebrafish brain. Credit:Nature(2024). DOI: 10.1038/s41586-024-07867-2Researchers are tur

How zebrafish map their environment: Spatial orientation mechanisms surprisingly similar to our own

by Sophia Jahns, Max Planck Institute for Biological CyberneticsIdentification of PCs in the larval zebrafish brain. Credit:Nature(2024). DOI: 10.1038/s41586-024-07867-2Researchers are tur
Alzheimer's risk gene impairs development of new neurons in mice

Alzheimer's risk gene impairs development of new neurons in mice

by Society for NeuroscienceApoE-expressing astrocytes (green) interacting with tdTomato-expressing dendrites (red) from adult newborn hippocampal neurons. Credit: Tensaouti et al.,eNeuro&nb

Alzheimer's risk gene impairs development of new neurons in mice

by Society for NeuroscienceApoE-expressing astrocytes (green) interacting with tdTomato-expressing dendrites (red) from adult newborn hippocampal neurons. Credit: Tensaouti et al.,eNeuro&nb
Does glaucoma affect cognitive function?

Does glaucoma affect cognitive function?

by WileyAcute angle closure glaucoma of the right eye (intraocular pressure was 42 in the right eye). Credit: James Heilman, MD/WikipediaPrevious studies have looked for links between glaucoma—a

Does glaucoma affect cognitive function?

by WileyAcute angle closure glaucoma of the right eye (intraocular pressure was 42 in the right eye). Credit: James Heilman, MD/WikipediaPrevious studies have looked for links between glaucoma—a
Unlocking Alzheimer's mysteries: A comprehensive brain connectome-based survey

Unlocking Alzheimer's mysteries: A comprehensive brain connectome-based survey

by TranSpreadStructural connectivity (SC) refers to anatomical links and is usually estimated using fiber bundles derived from diffusion MRI; Functional connectivity (FC) and effective connectivity (E

Unlocking Alzheimer's mysteries: A comprehensive brain connectome-based survey

by TranSpreadStructural connectivity (SC) refers to anatomical links and is usually estimated using fiber bundles derived from diffusion MRI; Functional connectivity (FC) and effective connectivity (E
New resource for dementia and firearm safety to prevent injuries

New resource for dementia and firearm safety to prevent injuries

by CU Anschutz Medical CampusCredit: CC0 Public DomainToday, faculty members at the University of Colorado School of Medicine at the Anschutz Medical Campus announced the Safety in Dementia websi

New resource for dementia and firearm safety to prevent injuries

by CU Anschutz Medical CampusCredit: CC0 Public DomainToday, faculty members at the University of Colorado School of Medicine at the Anschutz Medical Campus announced the Safety in Dementia websi
Researchers create a new window on leading genetic cause of Alzheimer's

Researchers create a new window on leading genetic cause of Alzheimer's

by Pacific Northwest National LaboratoryWorkflow for molecular characterization of CSF-Lps.Lipoproteins are exchange labeled with a rhodamine-containing phospholipid and size distribution determi

Researchers create a new window on leading genetic cause of Alzheimer's

by Pacific Northwest National LaboratoryWorkflow for molecular characterization of CSF-Lps.Lipoproteins are exchange labeled with a rhodamine-containing phospholipid and size distribution determi
New test could predict dementia risk during routine GP visits

New test could predict dementia risk during routine GP visits

by BioMed CentralDiagram of the brain of a person with Alzheimer's Disease. Credit: Wikipedia/public domain.It may be possible to assess the risk of developing dementia by analyzing informati

New test could predict dementia risk during routine GP visits

by BioMed CentralDiagram of the brain of a person with Alzheimer's Disease. Credit: Wikipedia/public domain.It may be possible to assess the risk of developing dementia by analyzing informati
Scientists find small regions of the brain can take micro-naps while the rest of the brain is awake and vice versa

Scientists find small regions of the brain can take micro-naps while the rest of the brain is awake and vice versa

Scientists find small regions of the brain can take micro-naps while the rest of the brain is awake and vice versabyUniversity of California - Santa CruzHengen's artistic interpretation of t

Scientists find small regions of the brain can take micro-naps while the rest of the brain is awake and vice versa

Scientists find small regions of the brain can take micro-naps while the rest of the brain is awake and vice versabyUniversity of California - Santa CruzHengen's artistic interpretation of t
Cells from human umbilical cord blood improve cognition in Alzheimer's disease model mice

Cells from human umbilical cord blood improve cognition in Alzheimer's disease model mice

by Cell Transplantation Center of Excellence for Aging and Brain RepairAlzheimer's disease (AD), which affects an estimated 26 million people worldwide, is the fourth leading cause of death a

Cells from human umbilical cord blood improve cognition in Alzheimer's disease model mice

by Cell Transplantation Center of Excellence for Aging and Brain RepairAlzheimer's disease (AD), which affects an estimated 26 million people worldwide, is the fourth leading cause of death a
A health care device for tracking chronic diabetic wounds

A health care device for tracking chronic diabetic wounds

by KAISTSchematic illustrations and diagrams of real-time wound monitoring systems. Credit:Advanced Healthcare Materials(2023). DOI: 10.1002/adhm.202302797A KAIST research team has develop

A health care device for tracking chronic diabetic wounds

by KAISTSchematic illustrations and diagrams of real-time wound monitoring systems. Credit:Advanced Healthcare Materials(2023). DOI: 10.1002/adhm.202302797A KAIST research team has develop
AI decodes whole-cortex functional images to predict behavioral states

AI decodes whole-cortex functional images to predict behavioral states

byKobe UniversityA new "end-to-end" deep learning method for the prediction of behavioral states uses whole-cortex functional imaging that do not require preprocessing or pre-specified

AI decodes whole-cortex functional images to predict behavioral states

byKobe UniversityA new "end-to-end" deep learning method for the prediction of behavioral states uses whole-cortex functional imaging that do not require preprocessing or pre-specified