Explore the fascinating world of neuroscience, from brain structure and function to consciousness theories and cutting-edge research methods.
Explore groundbreaking non-opioid pain treatments targeting sodium channels, adenosine pathways, and cannabinoid receptors for chronic pain relief without addiction risk.
Discover how EPAC proteins regulate learning and social behavior through microRNA control mechanisms and their implications for neurological disorders.
Explore how the 22nd International Tinnitus Forum established tinnitology as a new discipline and revolutionized our understanding of tinnitus as a brain-based disorder.
Exploring the delicate balance between medical expertise and family values in determining a child's neurological care.
Explore how molecular neurogenetics is revolutionizing our understanding of brain diseases through genetic discoveries and advanced research tools.
Explore the biochemical mechanisms behind Multiple Sclerosis, from autoimmune attacks on myelin to the latest research findings and experimental models.
Explore the groundbreaking RNA research recognized by 2003 lifetime achievement awards and how it paved the way for modern medical breakthroughs including mRNA vaccines.
Explore the neurochemistry of psychological dependence in addiction, including dopamine's role, brain rewiring mechanisms, and cutting-edge research findings.
Explore how CACNA1A gene polymorphisms influence migraine susceptibility through advanced genetic research and microarray technology.