He explores how flaws in the transcription and DNA repair pathways contribute to cancer predisposition, accelerated aging| The Hub
The findings by Johns Hopkins researchers show the potential of AI to dramatically increase the speed of scientific discovery| The Hub
With human retinas grown in a petri dish, researchers discover how humans generate specialized cells that enable us to see millions of colors| The Hub
Johns Hopkins scientists are the first to demonstrate that a wide range of organisms, even microbes, perform the same pattern of movements in order to sense their surroundings| The Hub
McCarty was a central figure in advances in the understanding of photosynthesis and photosynthetic energy conversion| The Hub
Three Johns Hopkins experts discuss the potential of mRNA-powered therapeutics to produce lifesaving treatments and cures for a range of diseases, and why federal research cuts risk undermining U.S. scientific leadership in this emerging area| The Hub
Federal funding for biomedical research pays off by enabling basic discoveries that lead to lifesaving treatments, writes Hopkins biologist Jeff Coller| The Hub
Johns Hopkins scientists develop mRNA "booster" as potential new way to treat rare genetic diseases marked by too low levels of specific cellular proteins| The Hub
Catalog of data generated by Johns Hopkins scientists includes groups traditionally neglected in research, should yield more accurate insights into genetic factors driving human diversity| The Hub