Discover how miniature VR goggles for mice are transforming neuroscience research, enabling unprecedented insights into brain function and behavior.
Explore how neurochemical changes in the basal ganglia affect time perception in Parkinson's patients, examining dopamine's role and the internal clock theory.
Explore how adaptive learning technologies are revolutionizing rehabilitation for motor and verbal deficits through neuroplasticity and personalized training.
Exploring the role of uric acid as a biomarker in bipolar disorder through the purinergic system and its implications for diagnosis and treatment.
Explore the emerging frontier of white matter dementia and how scientists are uncovering how the brain's communication network fails, rewriting our understanding of cognitive decline.
Explore how your brain processes time through specialized structures like the cerebellum, basal ganglia, and prefrontal cortex working in harmony.
Understanding how fear of movement contributes to disability in axial spondyloarthritis patients and the psychological factors affecting treatment outcomes.
Explore how a groundbreaking AI model uncovers the hidden physics of neuronal activity through calcium imaging data analysis.
Discover how Sharp Wave Ripples and Theta Oscillations work together in your brain to enhance memory formation and cognitive function.
Explore how pico-Tesla TMS and MEG technology are transforming epilepsy treatment through groundbreaking research on magnetic brain stimulation.