A study in rural India is raising hopes for a future without antibiotics
Genomics
University of Alberta
Even as new therapies raise hopes, diagnoses and costs prevent widespread treatment
Biochemistry
University of Ottawa
A group of recent findings may eventually pave the way for better treatments
Neuroscience
McGill University
Forget wearables, the hottest tech around is chewables
Chemical Biology
The Scripps Research Institute
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We're a long way from a human version, but the initial results are promising
Endocrinology
University of Michigan
The cellular processes that help tumors thrive in the body are a promising new target for cancer treatments
Biochemistry
University of Ottawa
Researchers made waves last year by successfully implanting new jaws in rats
Cell Biology
New Harvest
We don't really know what causes diabetes, but it involves these misshapen proteins infecting each other
Biochemistry
Carnegie Mellon University
Scientists and the media share a fair amount of the blame
Molecular Pharmacology
University of Pittsburgh
Our biological building blocks may be much more resilient than scientists thought possible
Genetics
University of Michigan
Trying to understand MRSA, a recent study used mice whose defenses were 5 to 63 percent human
Biomedical Sciences
The little blue pill started life as a failed treatment for chest pain
Molecular Pharmacology
University of Pittsburgh
HIV is tricky to fight because the virus changes so much. That reminded researchers of something else that fluctuates frequently.
Biomedical Sciences
University of Iowa
Farmed fish and office-bound humans face a common problem
Physiology, Marine Biology, and Ecology
Harvard University
We know the microbiome is important to health, but we're still developing the tools to understand how and why
Computational Biology
Stanford University
Understanding where mutations come from is key to fighting the disease.
Pathology
Columbia University
For this scientist, the race to understand one of the world's most mysterious diseases is personal.
Neuroscience
Harvard University
Neuroscientist Emily Lowryโs ongoing research on how and why nerve cells die has implications for Alzheimerโs, ALS and beyond.