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Congratulations Dr. Orlando Hoilett!

Today was a beautiful defense of his dissertation “Wearables Sensors for Monitoring Substance Use Disorders”. It’s been an honor working with you and we can’t wait to hear about your work at your next stop as a PostDoc at Vanderbilt!

It's conference Season (Virtual this year)!

Look for us at BMES Oct 26-29 (Orlando Hoilett, Jason Ummel, Nick Bluhm, Emilee Madsen and Dr. Linnes), MicroTAS Oct 4-7 (Emilee Madsen, Navaporn (Amy) Sritong, Dr. Linnes), and AIBBC Nov 5-9 (Dr. Melinda Lake, Dr. Linnes with Dr. Kinzer-Ursem).

Jason Ummel and Nick Bluhm presented their MS work at the 42nd Annual International Conference of the IEEE Engineering in Medicine & Biology Society (EMBC) on July 20-24.

Jason’s first author on “Kick Ring LL: A Multi-Sensor Ring Capturing Respiration, Electrocardiogram, Oxygen Saturation, and Skin Temperature” (https://ieeexplore.ieee.org/abstract/document/9176654) and Nick is presenting “NeoWarm: Kangaroo Mother Care with Continuous Temperature Tracking and Heating” (https://ieeexplore.ieee.org/document/9176509) that he’s leading.
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The Linnes Lab at Purdue University

The Linnes Lab is driven by the pressing need for real-time detection technologies to prevent, diagnose, and better understand the pathogenesis of diseases. We focus on non-invasive sample collection, microfluidic sample preparation, and automated detection of biomolecules to efficiently diagnose and monitor both infectious and non-communicable diseases at the point of care. Applications of this work range from global health to biodefense to personalized medicine.

We believe that engineers are simply impatient scientists: refusing to wait for the world to unravel its mysteries and instead prying open the locks to see what’s inside and applying quantitative techniques recreate these wonders ourselves. By cultivating curiosity, creativity, and resourceful engineering, we are using fundamental science to develop inspired solutions to difficult diagnostic challenges with immediate health applications. These technologies are tested against rigorous scientific standards with real biological samples and in actual use settings.

We are acutely aware that clever technology alone will not solve a single health problem unless it is translated out of the lab and into the real world. Thus, our devices are co-developed with end-users throughout the world via a human-centered design framework to ensure that these technologies are robust and accessible to the clinicians, technicians, and patients who need them.

 

 

As a lab in the Weldon School of Biomedical Engineering at Purdue University, we are part of the Global Engineering Program's Shah Family Global Innovation Lab, the Regenstreif Center for Healthcare Engineering (RCHE), the Scalable Manufacturing of Aware and Responsive Thin Films (SMART Films), the Purdue Insititue of Inflammation, Immunology, and Infectious Disease (Pi4D), and the Center for Health Equity and Innovation (CHEqI)