Latest Articles for Neuroscience

This study examines how microglia interact with blood vessels and their importance in brain health.

Research explores neuron behavior and learning using numerical methods and the NNLIF model.

Research links PM2.5 exposure from traffic to Alzheimer’s disease risk.

A new method improves insights into gene interactions and spatial dependencies in tissues.

Neurexins shape glycinergic synapses, affecting inhibition and signal strength in the brain.

Research shows multitask training enhances brain analysis using music fMRI data.

This article discusses a new method for analyzing neuroimaging studies.

Study shows our visual field impacts how we recognize faces.

New TMS methods improve understanding of muscle activation and brain function.

Researchers use advanced models to analyze EEG signals for better understanding of brain functions.

Study reveals how spatial memory impacts our ability to navigate environments.

Study reveals how flies use vision for aggression and social interactions.

SBMI simplifies model selection and analysis using computer simulations and neural networks.

The study reveals how different neurons process touch and object location.

Examining how negative emotions influence survival and mental health.

Research reveals how C-LTMRs affect our perception of gentle touch.

Explore how different metrics shape our view of brain connectivity.

This study explores how fMRI neurofeedback affects brain activity and connectivity.

This study examines the links between inflammation and brain function in Alzheimer's disease.

Researchers develop ways to clarify how complex language models operate.

Research reveals the complexities of RNA splicing in brain cell types.

Research reveals the hippocampus's influence on memory and behavior throughout life.

LarvaTagger enhances behavior analysis of Drosophila larvae through automatic tagging and flexible features.

A novel method breaks down brain connectivity for better predictions and identities.

Rac1's role in synapses impacts memory and learning processes.

New approaches to mimic biological neurons for real-time signal processing.

A novel approach improves accuracy in identifying causality from complex data.

New findings on brain waves and their impact on child development.

Explore how EFV-KF tracks neural activity in real-time for better understanding.

Exploring the concept of multi-relevance in analyzing complex biological systems.

A new method simplifies brain mesh generation using image registration techniques.

This research proposes optimizing individual neurons for enhanced AI performance.

This study explores how the ventral hippocampus affects avoidance responses in rats.

Research highlights the importance of pericytes in maintaining blood flow after strokes.

Study reveals how hippocampal changes affect memory performance in older adults.

Research on new compounds targets cognitive issues in Alzheimer's disease.

Examining the Forward-Forward algorithm and its potential to mimic biological learning.

Researchers use brain data to enhance AI learning and adaptability.

Research reveals how ions affect olfactory receptor stability and function.

A new approach combines brain science and machine learning for image reconstruction.