DP ARF is similar to conventional ultrasound in that is uses sound waves and their reflections to measure tissue properties, but what makes DP ARF unique is that the method measures the viscoelastic properties of tissue (instead of just the … Continued

Current research in the lab seeks to discover physiological principles underpinning locomotion performance and apply them to develop lower-limb robotic devices capable of improving both healthy and impaired human locomotion. By focusing on the human side of the human-machine interface, the lab has begun to create a roadmap for the design of lower-limb robotic exoskeletons — wearable devices that work seamlessly in concert with the underlying physiological systems to augment human locomotion performance.

The Zaharoff Lab focuses on the development of innovative, translatable vaccine and immunotherapy delivery platforms that will have high clinical impact in an immediate timeframe. Our multidisciplinary research program utilizes the engineering design process to develop novel biomaterials-based strategies for … Continued

This is a brief paragraph about The Cell Mechanics Lab. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is … Continued

The overall goal of the Biopolymeric Healthcare Engineering Lab is to integrate biomaterials design, biomacromolecular engineering, and micro/nano-fabrication towards on-demand therapeutics and diagnostics, focused on cancer, diabetes and regenerative medicine.

Sometimes you need to model the concentration of a gas in a liquid or a gas-permeable solid. You can work out simple models by hand using mass transport principles, but more complicated models require finite element software. Unfortunately COMSOL is … Continued

This is a brief paragraph about The TaylorLab. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. … Continued

The Gomez Lab is primarily a bioinformatics and computational modeling group. Its research focuses on the study of biological processes from an integrated, or systems viewpoint – commonly referred to as Systems Biology. The group is particularly interested in better … Continued

Ultrasonic imaging is non-ionizing, real-time, cost-efficient, and portable. These unique advantages make it a prominent tool in modern medicine. Our group is working to advance medical ultrasound by developing new imaging technologies and processing algorithms. We test our methods in specially designed tissue mimicking materials, ex vivo tissue preparations, and in vivo studies.

This is a brief paragraph about The Dayton Lab. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text. This is placeholder text.