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A doctor performs a lumbar puncture on a patient.

New wearable augmented reality device could improve accuracy of spinal tap procedures

Johns Hopkins researchers partnered with a local imaging device company to develop an efficient, real-time lumbar puncture guidance system.

The ARPA H logo with a rendering representing precision medicine.

Hopkins team awarded up to $20.9 million in ARPA-H funding to further tumor-removal research

A Johns Hopkins-led interinstitutional research team will develop a novel photoacoustic endoscope and fluorescent contrast agent to ensure total tumor removal and preservation of healthy tissue.

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

Delivering on the promise of personalized medicine

Harnessing advances in data science and AI, Whiting School researchers are working closely with clinicians to improve care for a broad array of debilitating conditions.

Illustration of human lungs affected by coronavirus.

AI can now detect COVID-19 in lung ultrasound images

An automated detection tool developed by Johns Hopkins researchers could help ER doctors diagnose patients quickly and accurately.

Headshot of Bisi Bell.

Optica elects Muyinatu A. Lediju Bell as 2024 Fellow for innovations in photoacoustic imaging

The award acknowledges her pioneering contributions to photoacoustic imaging techniques and their applications for surgical guidance.

Four overlays of a simulated pelvic X-ray image. The top left has no overlay. The top right has anatomical landmarks labeled. The bottom left shows semantic segmentation annotations for the bones and orthopedic hardware. The bottom right are more specific segmentations for bony corridors that the procedure is targeting.

X-ray vision: Tech could improve efficiency of pelvic fracture surgery

Johns Hopkins researchers harness the power of machine learning to develop a first approach to X-ray-guided surgical phase recognition.