Exploring how specific and nonspecific neuronal mechanisms work together to enable learning, with implications for neuroscience, AI, and medicine.
Exploring how ethoexperimental approaches merge field observation with lab experimentation to reveal animal behavior secrets and human anxiety insights
Discover how the N-terminus of Gαo protein creates persistent inhibition in brain communication through voltage-resistant binding to calcium channels.
Exploring six decades of groundbreaking neurochemical discoveries chronicled in the Journal of Neurochemistry, from GABA research to modern therapies for Alzheimer's and ALS.
Exploring how PET ligand activation studies reveal the neurochemistry behind athletic performance and the runner's high phenomenon.
A tribute to Dr. William T. Norton and his groundbreaking work on myelin biochemistry that revolutionized our understanding of neurological disorders.
Exploring how precision diagnostics and subtype identification are transforming pharmacotherapy for children with autism spectrum disorder.
Exploring how estrogen-related genetic polymorphisms influence cataract risk, with insights from Estonian population studies and transgenic mouse models.
Exploring how cerebrospinal fluid stagnation and optic nerve compartmentation contribute to toxicity in normal-tension glaucoma.
Exploring how neurotransmitters, genes, and neural circuits sculpt our personality traits through Marvin Zuckerman's groundbreaking research.