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A major goal of modern neuroscience is uncovering the circuit mechanisms that control naturalistic behaviors, including foraging, nesting, and social behaviors such as mating, aggression, and parenting. These…
At the cellular level, the layout of the nervous system in any given C. elegans specimen is much the same as any other: Every adult C. elegans has…
Bacteria are a nanotechnological marvel. Consider the bacterium Escherichia coli as an example. Barely a millionth the size of a typical human (E. coli is a rod-shaped cell…
The editorial board of the journal The Molecular Biology of the Cell (MBoC) chose a study led by Che-Hang Yu (Applied Physics, Ph.D. ‘19) and MCB and Applied…
Animals learn a variety of actions; they can flexibly learn a new action or modify a learned action depending on a specific situation. They can also learn a…
The last several years have seen remarkable developments in artificial intelligence (AI). Computers can now play complex video games such as Pac-Man, Space Invader, and even StarCraft II…
Many functional RNAs adopt structures specific to their function that have been conserved throughout evolution. Knowing the structure of a conserved RNA is an important step towards elucidating…
Octopuses are invertebrates known for their advanced intelligence and sophisticated foraging (or escape!) behaviors. These features are facilitated by a peripherally-distributed nervous system that enables advanced sensation and…
Inheritance at the cellular level rests on the fact that one progenitor cell produces two identical daughter cells. The chromosomes are replicated and then, for each chromosome, the…
Three-dimensional organization of the human genome regulates many cellular functions. The authors characterized the first high-resolution 3D structures of full-length human chromosomes using a multiplexed imaging platform to…
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Samuel, Zhen, and Venkatachalam Labs Observe C. elegans Brain in Action https://t.co/CRNr8Tp4lK