No child aspires to a lifetime of addiction. But their brains might. In new research to appear online in the journal Neuropsychopharmacology today, Rockefeller University researchers reveal that adolescent brains exposed to the painkiller OxyContin can sustain lifelong and permanent changes in th...

C. Erec Stebbins, associate professor at The Rockefeller University, has been awarded an inaugural EUREKA grant from the National Institutes of Health for a project aimed at exploiting a bacteria-based “nanosyringe” as a means of delivering proteins into specific cells for therapeutic purposes. ...

Vitamin D is the key to preventing rickets and osteoporosis, but Rockefeller University scientists suspect it may also play a role in heading off atherosclerosis in people with chronic kidney disease. In a new clinical study, investigators at The Rockefeller University Hospital are examining pati...

Psoriasis, one of humanity’s oldest known diseases, has also been one of its most misunderstood. But in a new study that could change researchers’ perspective of the skin disorder and potentially lead to powerful new drug targets, Rockefeller University scientists have found that the source of p...

Amid concerns about the rising number of new tuberculosis cases worldwide, researchers at Rockefeller University and their collaborators have reexamined and disproved a theory that describes how a potent class of antibiotics kills a deadly form of bacteria. The findings, which will appear in this...

The richer you are, the more of the world’s resources you can afford to consume. But in many parts of the world, rising incomes are not having the proportionate effect on energy consumption, croplands and deforestation that one might expect, a new 25-year study shows. By examining a variety of go...

When a cell begins to multiply in a dangerously abnormal way, a series of death signals triggers it to self-destruct before it turns cancerous. Now, in research to appear in the August 15 issue of Genes & Development, Rockefeller University scientists have figured out a way in mice to amplify the...

We may use the snooze button to fine-tune our sleep cycles, but our cells have a far more meticulous and refined system. Humans, and most other organisms, have 24-hour rhythms that are regulated by a precise molecular clock that ticks inside every cell. After decades of study, researchers are sti...

When dividing cells copy their DNA, mistakes can — and do — occur. To compensate, cells have a built-in system to correct these errors. That correction process isn’t thoroughly understood, but researchers are piecing it together bit by bit. Now, in the latest step toward solving this puzzle, R...

A cell’s nucleus — home of it its most precious contents — is a delicate envelope that, without support, is barely able to withstand the forces that keep it in place. Now, researchers have discovered a network of molecules in the nuclear membrane that provide the nucleus with rigidity and also...