100 years biochemical sciences tutorial
Why do animals as different as insects and mammals process smells in nearly the same way? A new theoretical study published in PNAS takes on this question by…
A new study by Daniel Cardozo Pinto, now a Harvard Junior Fellow in MCB, has uncovered a neural circuit mechanism explaining how two key brain chemicals—dopamine and serotonin—work…
A new study co-led by MCB’s Kazuki Nagashima and published in Science Immunology (PDF) identifies plant-derived molecules that help quiet the immune system, preventing inflammatory reactions to the…
Two new papers published in PNAS from the lab of Aravinthan Samuel shine fresh light on one of biology’s most iconic molecular machines: the bacterial flagellar motor. Although…
A school of fish can look like a single, flowing organism—dozens of bodies turning and aligning in near-perfect synchrony. But that seamless choreography emerges from many individual animals…
A new paper in Nature Methods (PDF) from the labs of MCB’s Jeff Lichtman and Aravinthan Samuel, of the department of physics and Center for Brain Science, introduces…
Long before flowers painted the planet in brilliant colors, some of Earth’s earliest plants were glowing—not with pigment, but with heat. A new study from the lab of…
A long-standing mystery in microbiome research—how a gut-bacterial toxin physically damages human DNA—has finally been solved through a close collaboration led in part by researchers in the Victoria…
Researchers from the Brain Initiative Cell Census Network (BICCN) will release an extraordinary series of 16 manuscripts in Nature on November 5.. This collection, made possible by large…
Making molecules light up at the nanoscale is key to understanding how biomolecules are organized within cells and how their interactions shape cellular function. While luminescent protein tags…
