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Johns Hopkins-led effort offers powerful new tool to aid health policy by integrating personal decision-making into disease prediction model

With support from the NIH, engineer Denis Wirtz is using AI and multiscale imaging to reveal how tumors grow, spread, and vary across populations

A computational tool developed by Johns Hopkins civil engineer Thomas Gernay predicts how fire affects structures, leading to more resilient designs and enhanced public safety.

Designed by Johns Hopkins bioengineers, Re-Kinesis was named a finalist in the National Institute on Aging's 2025 Start-Up Challenge, which recognizes researchers who have built innovative technologies with the potential to advance interventions for age-related diseases

Hai-Quan Mao and his collaborators at Johns Hopkins conduct NIH-funded materials science research using mRNA and other advances to address urgent medical challenges like cancer, malaria, and nerve and tissue damage.

Johns Hopkins scientists say the innovation could bring 'new fruits, foods, and flavors' to an expanded global agricultural marketplace.

With NIH support, biomedical engineer Sri Sarma develops neurotechnologies to improve understanding and treatment of epilepsy.

Johns Hopkins engineer Vicky Nguyen has spent 15 years studying how glaucoma progresses to figure out how to preserve patients' vision.

Biomedical engineer Joshua Doloff uses federal funding to pioneer immunotherapies that could free diabetes patients from insulin dependence

Federally funded research at Johns Hopkins offers new avenues for detecting brain disease long before it strikes

Support from the National Science Foundation helps civil engineers like Ben Schafer improve building codes and develop more resilient, cost-effective building materials

America's biomedical research engine has produced lifesaving treatments for cancer and other diseases. Cuts to funding harm the lives and futures of Americans.