Exploring the convergence of digital and biological sciences revolutionizing how we understand and engineer life's information systems.
Exploring how affine invariant analysis reveals the complex patterns of human craniofacial growth through advanced geometric statistics.
Exploring how statistical mechanics is revolutionizing our understanding of cellular processes and biological systems.
Exploring how silencing the SNAI2/Slug gene could transform neuroblastoma treatment by forcing cancer cells into apoptosis and inhibiting metastasis.
Discover how Zmiz1 protein acts as Notch1's essential partner in T-cell development, playing distinct stage-specific roles to shepherd immature preT cells through critical checkpoints.
Discover how MFG-E8, a breast milk protein, shows revolutionary potential in treating necrotizing enterocolitis and other gastrointestinal diseases in infants.
Revolutionary discoveries in cellular biology including the hemifusome organelle, nucleoli mechanics, and asymmetric cell division.
Explore how CRISPR-Cas9, a revolutionary gene-editing tool derived from bacterial defense systems, is transforming biology and medicine.
The story of how Hamburger-Hamilton chicken embryo staging system became biology's most enduring roadmap - twice.
Explore how neurogenic genes coordinate the birth, migration, and wiring of billions of neurons, shaping cognition and behavior, with recent breakthroughs linking them to autism, epilepsy, and schizophrenia.