Discover the fascinating story of MESTIT1, an imprinted antisense RNA that regulates gene expression without coding for proteins, and its implications for human genetics.
Exploring the cellular mechanisms behind impaired muscle growth in spastic cerebral palsy and the latest research breakthroughs.
Explore the fascinating science of biological psychology and discover how your brain structure, neurotransmitters, and genes influence your thoughts, emotions, and behaviors.
Discover how the mef2ca gene provides developmental buffering in zebrafish, ensuring proper skull formation despite genetic disruptions.
Explore how developmental plasticity and epigenetic programming during early life stages influence lifelong health outcomes in children.
Explore how X-ray microtomography is transforming biological research by revealing internal structures in stunning 3D detail without physical dissection.
Discover the fascinating non-lethal roles of apoptotic proteins in cellular processes, from brain plasticity to therapeutic applications.
Explore the fascinating world of biological functions - the specialized jobs that every part of an organism performs to survive, grow, and reproduce.
Explore the evolution of embryology from classical observation to molecular mastery, revealing how embryos develop from single cells to complex organisms.
Discover how zebrafish models are revolutionizing our understanding of Cornelia de Lange Syndrome, a rare genetic disorder affecting development.