Exploring breakthroughs from the 7th Scientific Conference of the Beijing Society for Neuroscience (BJSN) in 2012, including neural plasticity, neurological treatments, and the groundbreaking Fragile X gene reactivation experiment.
The groundbreaking work of J.H. Quastel in enzymology, agriculture, and neurochemistry that transformed modern science.
The groundbreaking 1971 symposium that redefined our understanding of brain aging and Alzheimer's disease research.
Exploring the science of mammalian cell reprogramming through nuclear transfer, from Dolly the sheep to modern applications in regenerative medicine and species conservation.
Exploring frustrative nonreward (FNR) - the neuroscience behind disappointment, its brain mechanisms, and links to mental health disorders.
Discover how Professor Erica Fletcher's groundbreaking research on retinal neurochemistry is revolutionizing treatments for inherited retinal diseases by decoding the retina's chemical language.
Explore how Annica Dahlström's pioneering microscopy techniques revolutionized our understanding of dopamine pathways and neurochemistry.
Exploring cutting-edge neurorehabilitation techniques that harness brain plasticity to restore function after traumatic brain and spinal cord injuries.
Explore how alcohol systematically rewires the brain, impairing cognition and decision-making through groundbreaking research findings.
Exploring how Britain is transforming medicine through agricultural reforms and digital research innovations to combat diet-driven diseases.