News

Sharon Gerecht will lead a team that will study the effects of space radiation on vascular, cardiac and neurovascular tissues.

Inspired by how human bone and colorful coral reefs adjust mineral deposits in response to surrounding environments, Johns Hopkins researchers have created a self-adapting material that can change in response to applied force.

In the first study of its kind, Johns Hopkins researchers provide evidence that an alternative imaging technique could someday replace current methods that require potentially harmful radiation.

With support from the Susan G. Komen Foundation, SJ Claire Hur will develop a new system to personalize treatment plans for metastatic breast cancer patients.

Johns Hopkins scientists make progress on predicting Alzheimer’s disease decades before symptoms appear.

Scientists at Johns Hopkins University report the creation of a specialized gel that acts like a lymph node to successfully activate and multiply cancer-fighting immune system T-cells.

A new Johns Hopkins study offers promise towards someday being able to non-invasively examine changes in cancerous tumors to determine whether they’ll respond to radiation treatment, before treatment even begins.

In a new center that spans engineering and cardiology specialties, experts aim to improve the diagnosis and treatment of heart rhythm disorders by leveraging innovations in cardiac imaging, computer simulations and data science.

During their month abroad, CBID student teams observe hospital procedures, interview health care providers, and interact with local residents to understand the pressing clinical needs of the community.

The microRNAs target brain cancer stem cells to halt their capacity to propagate and sustain tumor growth.

The largest study of its kind, this research is another step closer to ‘realizing the goal of personal genomics,’ scientists say.

Johns Hopkins engineers and an international team of neuroscientists created a complete map of the learning and memory center of the fruit fly larva brain, an early step toward mapping how all animal brains work.