As they navigate their environment, animals readily learn to repeat actions which yield reward and avoid actions which cause punishment. This kind of learning is especially efficient when…
MCB faculty Joshua Sanes is part of a coalition of scientists who are attempting to map and characterize all of the cell types present in mammalian brains. His…
Giri Anand’s path to studying biology started when he first got his hands on a copy of James Watson’s “Double Helix” as an AP Biology student at Newton…
Plants are well known for their ability to produce molecules that affect human cognition, including many drugs for treating neurological disease. However, we understand relatively little about how…
A new study led by MCO graduate student Daniel Loftus of the Whipple Lab has found that differences in maternal and paternal genomes in embryonic stem cells shape…
Sea anemones are known for stinging, but not all anemones sting alike. By comparing two related anemones, the Bellono Lab has identified a small change in how a…
All cells contain a network of molecular chaperones that help other proteins (often called “clients”) fold into functional three-dimensional conformations. Decades of research on chaperones has led to…
Vision begins in the retina, a part of the brain that lines the back of the eyeball. It contains complex neural circuits composed of numerous cell types that…
Nature Cell Biology (PDF) has published a paper authored by MCB faculty Jeeyun Chung. The study outlines a role for the protein spartin in breaking down subcellular organelles…
Transition metals like iron and manganese play crucial roles in various metabolic processes like photosynthesis, oxygen transport, and energy production through the electron transport chain. Transport proteins residing…
