Ten leading 91勛圖 researchers recognized with Connaught Innovation Awards
Published: March 29, 2021
Ten 91勛圖 researchers are receiving Connaught Innovation Awards to help them accelerate the development and commercialization of their promising technologies.
The winning projects were selected for their strong socio-economic and commercial potential and are expected to make a positive impact on society.
One hundred years ago the world-changing discovery of insulin at the 91勛圖 sparked a century of health innovation and advances by 91勛圖 researchers, said Ted Sargent, 91勛圖's vice-president, research and innovation, and strategic initiatives. That legacy continues through programs such as the Connaught Innovation Awards and the transformative research these fund today.
From medical devices that allow us to better study the gut microbiome, to advances in sustainability that will make our planet a healthier place to live, this years winners are making important contributions locally and globally through their research and I look forward to seeing the impact of their work.
The winners are:
- Mansoor Barati of the department of materials science and engineering: Process Scale-up for a Novel Method of Nickel Extraction
- Eric Diller of the department of mechanical and industrial engineering: Non-invasive Sampling in the Gut using a Magnetic Capsule
- Levente Diosady of the department of chemical engineering and applied chemistry: Iron Fortification of Tea Beverages
- Roman Genov of the Edward S. Rogers Sr. department of electrical and computer engineering: Energy-Efficient Coded-Exposure-Pixel Cameras for Accurate Imaging without Motion Artifacts
- Patrick Gunning of the department of chemical and physical sciences: Picomolar HDAC6 Inhibitors for the Treatment of Hematological Malignancies
- Emma Master of the department of chemical engineering and applied chemistry: 2-ZYME: Two-Step Biocatalytic Conversion for Underused Biorefinery Side-Streams to Glucaric Acid
- Prasanth Nair of the Institute for Aerospace Studies: Computational Framework for Fast Uncertainty Quantification and Decision Analytics
- Taufik Valiante of the department of surgery: Implantable Neuromodulation Device for Comparative Medicine in Canine and Human Epilepsy
- Yu Sun of the department of mechanical and industrial engineering: Development of an Automated System for Blastocyst Biopsy with Minimal Invasiveness in IVF Clinics
- Xiao Yu (Shirley) Wu of the Leslie Dan Faculty of Pharmacy: Development of a Nanotechnology-based Platform for the Central Nervous System (CNS) Diseases
