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…
In addition to messenger RNA (mRNA) that provide the code for proteins, there are other RNAs that exert their function just as RNA, usually referred to as non-coding…
Why do we sometimes falter at even the simplest of tasks? A new study from the lab of MCB Professor Florian Engert suggests that lapses in focus, rather…
Two recent studies from the MCB lab of Nick Bellono will be featured on the cover of Cell this month, highlighting the lab’s ongoing exploration of unconventional model…
Richard Losick, Maria Moors Cabot Professor of Biology, Emeritus in Harvard’s Department of Molecular and Cellular Biology, is about to publish what he describes as his “last paper”—though…
Genome editing in the C. elegans worm using CRISPR is highly effective; however, sorting through thousands of candidates is tedious, and accumulating multiple edits in a single strain…
In a new study in Neuron (PDF), researchers from Naoshige Uchida’s MCB lab provide an unprecedented look at how the brain makes foraging decisions—choices between sticking with a…
MCB researchers show GABA-based sedation in newborns speeds up brain development, confirming decades of animal research in a human cohort. A new longitudinal study led by MCB’s Takao…
A new Nature study from the lab of OEB and MCB’s Hopi Hoekstra reveals that wild mice from different environments use distinct defensive strategies when faced with threats—differences that…
What if a gene program evolved that could predict the future? Would organisms use it to boost their reproductive success? Recent work from the MCB lab of Craig…
