Exploring the neural mechanisms behind behavior control, from modular brain circuits to social resilience and cutting-edge research tools.
Discover how Lake Forest College's 15,000+ alumni are making global impacts in philanthropy, science, arts, and social justice through their unique education and network.
How the Nipbl-mutant mouse model revolutionized our understanding of Cornelia de Lange Syndrome, a rare genetic disorder affecting development.
Exploring the science behind hearing loss, its global impact, and groundbreaking treatments including gene therapy and stem cell research.
Explore the latest neuroscience breakthroughs in 2025, from neuronal plasticity to revolutionary brain therapies and cutting-edge neurotechnology.
Discover how groundbreaking research reveals your skin 'hears' textures through vibrations, revolutionizing prosthetics and neuroscience.
Groundbreaking pharmacotherapies are challenging old assumptions about Down syndrome, offering real hope for enhancing cognition, independence, and quality of life.
Explore how precision medicine is transforming treatment for Dravet syndrome, a rare genetic epilepsy, through groundbreaking gene therapy and targeted approaches.
Exploring how social neuroscience bridges psychiatry and neurology by revealing how social experiences physically reshape our brains.
Exploring the neurobiological mechanisms behind intractable epilepsy, including diagnostic criteria, pathological circuits, and emerging treatments.