A Research on Sensitivity Improvement and Performance Amplification of Biosensors Using Nanopores, Remote Doping and Multiple Logic Circuit Device Structures

The main goal of the proposed project is to implement a high-sensitivity biosensor by using nanomaterials. We aim to address the current issues in biosensor technology and lead the innovative role of the international community through exchanges and cooperation between Canadian and Korean researchers. In order to achieve goals, high-quality semiconductor thin-film deposition technology over […]

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Translation platform and OSNAT 800 chin platform – PulseMedica

PulseMedica is developing the OSNAT 800, a medical device that enables precise, controllable vitreoretinal laser surgery. One of the major competitive advantages of the OSNAT-800 is its ability to offer clinicians precise control over the various aspects of the lasers. This control will result in a significant improvement in patient outcomes due to increased surgical […]

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Anonymous peer coach innovation

Honest Empathy Innovations Inc. aims to build sustainable mental healthcare solutions with groundbreaking development and innovation in machine learning. We plan to build a next-generation machine learning platform that Canadians can access for their mental health with this project. Our solution is supported by the Canadian Mental Health Association, NEXT Canada, and Yukon Government. Our […]

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Enhancing online mental wellness programming for older adults with heart failure

Mental distress is common among individuals with chronic heart failure. Online wellness programming is typically more heavily subscribed to by women rather than men. As part of a larger randomized controlled trial, this project aims to evaluate the distinct recruitment and engagement needs of men and women with heart failure with online mental wellness programming. […]

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Development of a High Throughput Software Pipeline For Microfluidic Image Analysis

The proposed project will have the intern contributing to software development on three core projects: Development of an autofocus system that can be integrated with mechanical control of the microscope objective/stage, improving the image processing pipeline through refinements to database integration and UI/UX, and improvements to experiment flow/reporting by integrating report templates into the reporting […]

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“Treating waste with waste: the potential for aluminum industry waste (Bauxite Residue – “Red Mud”) as an environmentally sustainable remediation material”

Bauxite residue, known as “red mud,” is a major solid waste during alumina extraction from bauxite (alumina is further processed to produce aluminum). Red mud has attracted water treatment engineers due to its high adsorptive capability, and it has shown promise in remediating a wide range of industrial effluents. In this Mitacs Accelerate project, the […]

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Extended-life cold-trap: Zero Point Cryogenics

Zero Point Cryogenics is Canada’s manufacturers of dilution refrigerators, the cryogenic platform for enabling quantum technologies. To advance our product offerings, we need to innovate beyond what is currently offered on the market. Through this Mitacs internship, Zero Point Cryogenics will work with the University of Alberta to develop a new feature for our dilution […]

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Understanding Energy Use in Comminution

This project will be used to assist the mining industry in predicting the best possible practices for designing and operating mines. By developing an understand of how comminution tests represent the machinery we can predict what is required to breakdown the raw rocks from the ground into valuable products we can make mining both more […]

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Application of Imaging to Assess Structural Disorders in Dairy Cows

The agricultural industry is adopting new technologies in many practices, including automation of routine practices such as milking in dairy or harvesting fruits. These innovations require the development of sophisticated machines and image processing algorithms associated with. This proposed project aims to develop the technology that allows design of a machine and associated algorithms to […]

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Expression of variant SARS-CoV-2 spike proteins for antiviral development

The virus spike receptor has been used to successful generate vaccine candidates for SARS-CoV-2 infections. Furthermore, disruption of the virus interacting with host cells represents a viable options for antiviral development. We will express both the viral spike protein and host ACE2 receptor for development of vaccine and antivirals.

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