Research Articles
Beyond the Pill: Mapping the Path Out of Depression
Discover how patients, families, and doctors collaboratively define recovery from depression through a groundbreaking concept mapping study.
The Two Minds Within: Roger Sperry's Revolutionary Split-Brain Research
Explore Roger Sperry's groundbreaking split-brain research that revealed the specialized functions of our cerebral hemispheres and transformed neuroscience.
The Food Fight Within: How Our Ancient Brain Struggles in a Modern Food Jungle
Exploring the neurobiology of food intake and how our brain's ancient systems struggle in today's obesogenic environment
Music Neurotechnology: Where Brainwaves Become Symphonies
Explore how music neurotechnology merges neuroscience, technology, and music to create tools for understanding and healing the human brain.
How Bird Brains Innovate: The Neuroecology of Avian Creativity
Exploring the fascinating neurobiological and ecological factors behind avian innovation and problem-solving abilities in birds.
The Hidden Battle: How Combat Changes the Veteran Brain and Increases Suicide Risk
Exploring the neurobiological impact of combat trauma on veterans and its connection to increased suicide risk, featuring research on brain chemistry and circuitry changes.
The Silent Symphony of Pain: How Osteoarthritis Rewires Your Brain
Explore how osteoarthritis alters brain structure and function through neuroimaging and genetic research, revealing new treatment approaches for chronic pain.
The Hidden Barrier: How Chronic Inflammation Keeps Spinal Cord Injuries From Healing
Groundbreaking research reveals how chronic inflammation prevents spinal cord healing and the promising new treatments on the horizon.
Redesigning Life: Christian Bioethical Dilemmas in Synthetic Biology
Exploring the ethical challenges of synthetic biology from a Christian perspective, including human dignity, environmental stewardship, and justice concerns.
The Cellular Power Plant Hunters: How AI is Mapping the Engines of Life
Discover how deep neural networks are revolutionizing biology by automatically detecting and segmenting mitochondria in SEM images with superhuman accuracy.