Exploring how aging transforms estrogen receptor expression in hypothalamic neurons and its implications for metabolic health and cognitive function.
Explore groundbreaking discoveries in hormone research revealing how timing affects therapy effectiveness, real-time visualization of hormone action, and new approaches to aging and brain health.
Exploring how vasopressin, essential for water balance, can paradoxically contribute to dangerous brain swelling in pathological conditions.
Discover how microRNAs are revolutionizing our understanding of neuropathic pain mechanisms and opening new avenues for treatment.
Exploring the biological markers of psychopathy in forensic psychiatry through neuroscience and genetic research
Explore how neurotensin, a remarkable neuropeptide, connects brain function with bodily processes including metabolism, sleep, and endocrine regulation.
Discover how estrogen functions as a master conductor of the social brain, influencing social recognition, memory, and bonding behaviors in mammals.
Explore how PTSD physically alters brain connectivity and why women are twice as likely to develop PTSD due to sex hormone influences.
Discover how tunicates, our closest invertebrate relatives, provide insights into nervous system evolution and neurodegenerative diseases like Alzheimer's.
Exploring the latest breakthroughs in Alzheimer's disease research and the emerging drug targets beyond amyloid that promise to revolutionize treatment.