A new study sheds light on the mysterious ways in which evolution may tweak the brain to shape behavior. It started with a close look at two Drosophila species and their mating maneuvers.
Venkataraman has been recognized for her study of the hormonal triggers that lead female mosquitoes to toggle between hunting for blood and spawning eggs.
Scientists have found a metabolic particularity in tumor cells lacking oxygen. The discovery might point to new drugs to target the most difficult-to-treat spots within a tumor.
A new study shows that a group of neurons, previously thought to die in the course of development, in fact become incorporated into the brain’s cortex. This research has implications for understanding—and possibly treating—several brain disorders.
Since its first convocation, Rockefeller has granted doctor of philosophy degrees in bioscience to more than 1,260 students, including today’s graduates.
Scientists have found a new way to trawl blood samples for snippets of RNA released by tumors or diseased organs. The method might eventually help doctors diagnose and track a wide range of medical conditions.
Researchers have uncovered the genetic factors that make some people susceptible to Whipple's disease, an intestinal inflammatory disorder that causes diarrhea, pain, and weight loss.
Detailed structural images reveal how an ion channel helps curtail a neuron’s firing. The work has relevance for diseases in which this molecule malfunctions.
For the first time, scientists have shown that a small cluster of cells in the human embryo dictates the fate of other embryonic cells. The discovery of this developmental “organizer” could advance research into many human diseases, and it suggests we have more in common with birds than meets the...
Maimon, who studies cognition and decision-making, and Marraffini, who studies the bacterial defense system CRISPR-Cas, are among 19 scientists nationwide to receive this designation.
Out of over 900 universities from 55 different countries, Rockefeller tops a survey measuring the impact of university research publications, scoring the highest percentage of frequently cited scientific publications.
A new imaging tool makes it possible to track the firing of millions of brain cells in mice while the animals move about as normal. The method could help shed new light onto the neural processes that create behavior.
Ravetch receives the award for his groundbreaking work analyzing the immune system’s antibody response. He has worked for decades on the Fc fragment of the antibody molecule and its binding partners, known as Fc receptors.
Scientists have developed a new strategy to study the cells that host hidden reserves of dormant HIV, a step that may lead to new treatments that go beyond controlling the infection and instead aim to eradicate the virus entirely.
A chemical inhibitor targeting basal cell carcinoma, originating from Tarun Kapoor’s lab, is graduating from the Tri-Institutional Therapeutics Discovery Institute into Bridge Medicines.
Among other superpowers, stem cells have a knack for fending off viruses like dengue and zika. Scientists have gained new insight into these curious defense strategies—knowledge they say could fuel the development of drugs against a range of diseases.
Thorne is recognized for his deft explanations that have drawn readers into the space-, time-, and mind-bending realm of Einstein’s ideas. The prize, which honors scientists as inspirational authors, will be presented on April 17.
Scientists have discovered a curious way for cells to die. In studying it, they are learning about how remnants of diseased cells are normally chewed up and removed.
The gateway to cellular headquarters has 552 components. A new map that shows how all these pieces fit together could help scientists study numerous diseases.
A new report details three cases of secondary brain tumors in people with fibrolamellar hepatocellular carcinoma. The researchers say imaging tests could improve treatment for patients whose cancer spreads to the brain from the liver.
In discovering how an antibiotic kills the bacteria that cause tuberculosis, scientists open the door to new treatments for the disease—and possibly others, as well.
Scientists have used cryo-electron microscopy to capture the very first snapshots of the large ribosomal subunit—part of the ribosome responsible for forging bonds between amino acids, the building blocks of proteins—coming together.
In mining soil for natural drugs, scientists have discovered a brand-new antibiotic potent against many bacteria. They hope it could be used to treat infections that cannot be stopped with existing drugs.
