Analyzing soil samples from across the country, researchers have identified an antibiotic capable of treating strains of tuberculosis that do not respond to existing therapies.
Using a unique mouse model, Rockefeller scientists have developed a new strategy in cancer immunotherapy that is more safe and effective than other treatments of its kind.
As you encounter new experiences and form new memories, your brain changes. Now, researchers show that some of these change occur in a brain region devoted to visual perception.
Studying neurons in C. elegans, researchers made a surprising discovery: these roundworms, like most animals, process information using a digital, electric code.
DEET, a chemical in bug sprays, affects the behavior of highly diverse organisms—but how it works remains unclear. New research in C. elegans shows that the compound exploits unique receptors and neurons to interfere with the animals’ response to odors.
Researchers have discovered that the protein ASTN2 shuttles receptors away from the surface of neurons, a process that facilitates efficient brain activity.
Using gene editing technology, researchers have developed a new way to study B cell activation in mice. This technique makes research more efficient, and has the potential to improve our understanding of immune responses in humans.
A new study in ants demonstrates that living in groups leads to improved fitness. The researchers show that, in larger groups, ants take on specialized roles and colony stability increases.
Researchers describe, for the first time, the structure of a smell-receptor protein common among insects. Its inner architecture illuminates how insects evolved to detect an amazing diversity of odors.
