Discover how proteins fold through a delicate dance between electrostatic and hydrophobic interactions, revealed through cutting-edge protein design experiments.
Explore the fascinating world of CYP102 enzymes - nature's self-sufficient molecular factories that could revolutionize green chemistry and biotechnology.
Explore the fascinating world of disulfide bonds in proteins - the molecular bridges that provide structural stability and function to proteins in our bodies.
Discover how disulfide bonds act as molecular scaffolding in proteins, providing strength and stability for biological functions from immunity to digestion.
Discover the fascinating world of peptides and proteins - the fundamental building blocks of life that power everything from muscle movement to metabolism.
Discover how scientists reverse engineered human hemoglobin, the molecular machine that transports oxygen in our blood with stunning cooperative efficiency.
Exploring how challenging traditional definitions of life's biochemistry expands our understanding of abiogenesis and the origin of life.
Discover how Richard Perham's groundbreaking work on multienzyme complexes revolutionized our understanding of cellular machinery and metabolic efficiency.
Exploring the dynamic world of molten globules and their crucial role in protein folding, disease mechanisms, and biotechnological applications.