Exploring the tension between measurement capabilities and biological understanding in metabolomics research
Explore how chemical engineering students learn biochemistry by cultivating Staphylococcus aureus in bioreactors, bridging engineering principles with biological complexity.
Explore how reductionism in biochemistry helps decode life's mysteries through molecular analysis and discover its limitations in explaining complex biological systems.
Explore the groundbreaking work of Alfred L. Yergey III, who transformed mass spectrometry into an indispensable tool for biomedical discovery.
Explore the fascinating world of glycosphingolipids - essential cellular molecules that govern cell communication, recognition, and signaling in human biology.
Explore the groundbreaking work of Cecile M. Pickart, the biochemist who revolutionized our understanding of the ubiquitin system and cellular protein degradation.
Discover how disulfide bonds act as molecular staples that guide protein folding, enabling life's essential functions and driving medical breakthroughs.
Explore how 20th century research transformed our understanding of carbohydrates from simple sugars to complex molecules of life
Discover how proteins fold into functional 3D structures through thermodynamic principles and the latest research breakthroughs in molecular biology.
Explore the life and legacy of Erwin Chargaff, the biochemist whose discoveries paved the way for understanding DNA's structure and who became a vocal critic of genetic engineering.