News

Technology developed by Efle Kokkoli's team could use nanotubes to deliver cancer-fighting drugs.

Breakthrough research from Jamie Spangler has potential implications for treatment of injuries.

An enhanced solid-state single-photon source could mean a brighter future for imaging technologies.

Hopkins Engineers demonstrate the promise of 'augmented endoscopy,' a real-time neurosurgical guidance method that uses advanced computer vision techniques.

A strategy developed by a team of Johns Hopkins researchers could lead to more efficient methods for converting carbon dioxide into valuable chemicals and fuels

Achievement could provide a clearer picture of the role the chromosome plays in male-specific development, fertility, and genetically triggered diseases like cancer.

A single-atom approach to carbon coupling means more efficient ways to produce hydrocarbons.

Discovery could enable the development of therapies for cancer or other genomic diseases by activating genes on demand.

New technology involving dots and wires adhering to live cells could some day provide early warnings for health problems.

Researchers' new method confirms and contradicts long-held beliefs about "plastic flow" with implications for designing safe structures.

Deok-Ho Kim's ISS experiment will test medications in low gravity.

The 3D-digital replica of a patient’s heart can help development treatments for ARVC based on their individual genetics.