Herman Branson: a pivotal figure in protein biology

Koby Ljunggren is a first-year Ph.D. student in the Biophysics Program at Harvard University. Abby Knecht is a second year graduate student in the Molecules Cells and Organisms program at Harvard University where she is studying self versus non-self recognition in bacteria. Cover image by Image by stokpic from Pixabay. This biography is part of our “Picture a Scientist” initiative. To learn more about the amazing … Continue reading Herman Branson: a pivotal figure in protein biology

Herman Branson: a pivotal figure in protein biology

by Koby Ljunggren Proteins are much more complex than the number on a nutrient label. They serve as the building blocks for every process that keeps your cells alive. To do this, proteins must be able to mold into many different shapes to carry out their intended function. In every fundamental biology classroom around the globe, students are taught about two major 3D shapes in … Continue reading Herman Branson: a pivotal figure in protein biology

Finding What Sticks

by Christopher Gerry Our DNA influences our height, eye color, affinity for sky diving and other extreme thrills, sleep habits, disease risk factors, and more. It’s no surprise, then, that scientists have found another job for our reliable genetic ledger: as a tool to aid the discovery of new medicines. The hope is that these DNA-based tools will enable researchers to find better starting points … Continue reading Finding What Sticks

Small-Molecule Probes: Bridging the gap between understanding and curing disease

by Michael Vinyard figures by Jovana Andrejevic and Michael Vinyard Why do we have cures and medicines for some diseases but not others? Surprisingly, it is not because we cannot make the medicines; it is because we do not know enough about the diseases that need new medicines. To span the chasm between understanding the biology of a disease and successfully treating patients, we must foster … Continue reading Small-Molecule Probes: Bridging the gap between understanding and curing disease