Precision Medicine

Related Projects

inHealth Precision Medicine

Overview

inHealth Precision Medicine is a strategic initiative to advance precision medicine at Johns Hopkins. By leveraging university-wide assets...

Optimizing Radiation Therapy Treatment Plans

The goal of this project is to design radiation treatment plans that deliver a high enough radiation dose to the...

TREWS

A targeted real-time early warning score (TREWScore) allows clinicians to recognize patients at risk for septic shock and provide earlier intervention than...

A trailblazing researcher describes her path to AI and healthcare

November 18, 2025

A conversation with Johns C. Malone Associate Professor of Computer Science Suchi Saria, who is on a mission to augment... Read More

CAIA researchers, from left, Vasan Yegnasubramanian, Rafael Irrizary, Alexis Battle, Jeff Leek, Sohrab Shah, and Brian Bot.

Johns Hopkins researchers launch projects under Cancer AI Alliance

November 12, 2025

The researchers are using AI to predict outcomes, individualize treatment, and protect patient privacy, transforming how cancer is understood and... Read More

Seed grant awards. Johns Hopkins Malone Center for Engineering in Healthcare. Overlaid over Malone Hall.

First round of 2025 Malone Seed Grant Awards announced

July 18, 2025

Six grants were awarded in partnership with the School of Nursing and the Department of Surgery, as well as in... Read More

Suchi Saria poses with a laptop displaying the TREWS dashboard.

Sepsis detection platform prevents thousands of deaths

April 25, 2025

National Science Foundation funding helped Suchi Saria develop and launch a lifesaving early warning system that uses artificial intelligence to... Read More

Illustration of people in lab coats working with an artificial brain and a robot.

Delivering on the promise of personalized medicine

June 11, 2024

Harnessing advances in data science and AI, Whiting School researchers are working closely with clinicians to improve care for a... Read More

Images of the (b) monopolar electrosurgical instrument; (c) vacuum grasping instrument; (d) dual-camera vision system, sample holder, grounding pad, smoke evacuation tube, linear motion stage; and (e) simulated clinical setting featuring a porcine tongue specimen stretched using retraction sutures. The close views during the (f) surface incision and (g) deep margin dissection for a pseudotumor on a porcine tongue tissue.

Robotic surgeon precisely removes cancerous tumors

March 1, 2024

The Autonomous System for Tumor Resection, designed by a team of Johns Hopkins researchers, can remove tumors from the tongue... Read More