Explore how developmental biology and pathobiology have merged through molecular tools, revealing connections between embryonic development and disease processes.
Explore how molecular-based strategies are revolutionizing genetic improvement in agriculture and livestock through advanced DNA analysis and editing techniques.
Discover how cells selectively respond to specific Wnt signals through an elegant molecular mechanism involving Reck, Gpr124, and Dishevelled proteins.
Explore how nucleic acid barcoding technology is transforming biological research through precise cellular tracking, lineage tracing, and medical applications.
Explore how biochemistry and molecular biology educators are forming a continental network to transform science education through collaboration, innovation, and evidence-based teaching practices.
Discover how diversity-generating retroelements (DGRs) act as nature's molecular innovation labs, accelerating evolution through targeted genetic diversity.
Exploring how molecular biology resolved the century-old conflict between genetics and developmental biology in understanding organism formation.
How sperm and egg recognize each other with atomic precision—a breakthrough rewriting fertility and disease research.