Here’s what Hanting Ye, a Postdoctoral Associate in the Intelligent Interactive Internet of Things (I3T) Lab, is thinking about and working on.

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Patient-specific computational models exhibit strong concordance with invasively measured fractional flow reserve (FFR)—the clinical gold standard for diagnosing coronary ischemia. However, current mo...

Red blood cells play a dominant mechanical role in blood flow and strongly influence the transport and arrest of circulating tumor cells during metastasis. Circulating tumor cells (CTCs) are subject t...

YouTube video by Katy Hansell: The Impact Whisperer® podcast

Researchers at Duke are hard at work on digital twins that could help care teams make important treatment decisions.

The HARVEY platform leverages supercomputing, physics-based simulations, and wearable device data to monitor real-time hemodynamics and spot heart failure early.

Researchers at Duke University created a physics-based technique that can capture a how a cancer cell moves through a blood vessel.

Computational models will never replace experimental biology, but their emerging role is different.

The author describes the scientific foundations of two trials comparing how noninvasive and invasive assessments of fractional flow reserve affect clinical outcomes.

Amanda Randles discusses building patient-specific digital twins that could transform disease prediction, prevention and personalised healthcare