Le gouvernement du Canada investit dans des outils de pointe pour les universités
EDMONTON (ALBERTA) — Les chercheurs de partout au pays ont besoin des meilleurs laboratoires et outils pour réaliser des découvertes qui contribueront à améliorer la santé des collectivités et à leur assurer un air pur, une eau propre, de nouvelles perspectives d’emploi et un avenir prospère. C’est pourquoi l’honorable Kirsty Duncan, ministre des Sciences et des Sports, a annoncé aujourd’hui un investissement de plus de 61 millions de dollars dans des laboratoires et de l’équipement de recherche de pointe par l’entremise du Fonds des leaders John-R.-Evans de la Fondation canadienne pour l’innovation (FCI). Cet investissement servira à financer 261 projets dans 40 universités partout au Canada.
Le Fonds permet à des scientifiques universitaires exceptionnels de mener une recherche de pointe en leur fournissant les outils et l’équipement dont ils ont besoin pour devenir des chefs de file dans leur domaine respectif. Les chercheurs de l’Université de l’Alberta recevront plus de 2,2 millions de dollars pour dix projets d’infrastructure de recherche qui garantiront, entre autres, la sécurité alimentaire, amélioreront les soins de fin de vie dispensés aux patients, réhabiliteront des sites d’exploitation minière et réduiront la pollution atmosphérique.
Cet investissement contribuera aussi à soutenir les travaux de Sandra Davidge, Ph. D., une pionnière de la santé cardiovasculaire chez les femmes et les enfants. Mme Davidge obtiendra du financement pour de l’équipement d’imagerie spécialisé qui lui permettra, ainsi qu’à son équipe, de mieux comprendre le lien entre un faible taux d’oxygène chez un enfant à naître et le risque de maladie cardiovasculaire plus tard dans la vie. Les recherches de l’équipe favoriseront la mise au point d’interventions précoces qui permettront à ces enfants à naître de devenir des adultes dotés d’une bonne santé cardiaque. Cet exemple, parmi tant d’autres, montre comment ces nouveaux investissements dans l’infrastructure de recherche se traduisent par des innovations qui ont des retombées sur la vie de tous les Canadiens.
Citations
« Les chercheurs au Canada savent que les outils et laboratoires de pointe sont nécessaires pour réaliser des découvertes et innover. Voilà pourquoi notre gouvernement annonce ce financement qui vise à répondre aux besoins en infrastructure des chercheurs canadiens. Leurs contributions novatrices à la science et à la recherche jouent un rôle déterminant dans les avancées qui permettront de concrétiser nos visions d’avenir pour le Canada. »
– L’honorable Kirsty Duncan, ministre des Sciences et des Sports
« Les meilleurs chercheurs du Canada ont besoin d’une infrastructure de pointe pour relever les défis mondiaux. À la Fondation canadienne pour l’Innovation, nous sommes fiers d’investir dans leurs travaux et l’avenir de notre pays. »
– Roseann O’Reilly Runte, présidente-directrice générale, Fondation canadienne pour l’innovation
« Pour mener à bien des initiatives de recherche novatrices qui amélioreront la vie des Canadiens, nos chercheurs ont besoin de ressources, d’installations et de technologies de pointe – je suis heureux de voir ce soutien indéfectible à l’égard du travail formidable réalisé à l’Université de l’Alberta et à la grandeur du pays. Je félicite tous les bénéficiaires du Fonds des leaders John-R.-Evans et je remercie le gouvernement du Canada et la Fondation canadienne pour l’innovation pour ces investissements essentiels. »
– David Turpin, recteur et vice-chancelier, Université de l’Alberta
Faits en bref
- Le budget de 2019 comprend un investissement historique de près de 10 milliards de dollars sur cinq ans dans la recherche et dans la prochaine génération de scientifiques. Il s’agit du plus important investissement au pays dans la recherche fondamentale.
- Dans le budget de 2018, le gouvernement du Canada a accordé à la FCI la somme de 763 millions de dollars sur cinq ans et un financement permanent de 462 millions de dollars par année à compter de 2023. Ce financement stable dotera nos chercheurs et nos étudiants des outils de pointe nécessaires pour créer et innover.
- Le financement total de plus de 61 millions de dollars inclut une somme de 47 096 019 $ pour les dépenses en capital destinées à l’infrastructure au titre du Fonds des leaders John-R.-Evans de la FCI et une somme complémentaire de 14 128 806 $ au titre du Fonds d’exploitation des infrastructures de la FCI pour couvrir les coûts différentiels d’exploitation et de maintenance.
Liens rapides
Fondation canadienne pour l’innovation
Fonds des leaders John-R.-Evans
Le Navigateur d'installations de recherche : un répertoire d’installations de recherche financées par des fonds publics qui veulent collaborer avec l’industrie, le milieu universitaire et le gouvernement
Fondation canadienne pour l’innovation
Depuis plus de vingt ans, la FCI procure aux chercheurs les outils dont ils ont besoin pour voir grand et innover. Un système d’innovation robuste crée des emplois et des entreprises, améliore notre santé, assure un meilleur environnement et ultimement, favorise l’épanouissement des collectivités. Les investissements de la FCI dans les infrastructures de pointe des universités, des collèges, des hôpitaux de recherche et des établissements de recherche à but non lucratif du Canada permettent d’attirer et de retenir le meilleur talent au monde, de former la prochaine génération de chercheurs et de soutenir la recherche de calibre mondial qui renforce notre économie et qui améliore la qualité de vie de tous les Canadiens.
Produits connexes
Vous pouvez consulter la liste des projets financés et des récits sur les installations au Innovation.ca. Pour être au fait, suivez-nous sur @InnovationCA et abonnez-vous à notre canal YouTube pour visionner des vidéos sur la FCI et les nombreux projets de recherches transformateurs qu’elle finance.
Renseignements
Malorie Bertrand Relations avec les médias
| Daniele Medlej Attachée de presse Bureau de la ministre des Sciences et des Sports Bureau : 343-291-4204 daniele.medlej [at] canada.ca (daniele[dot]medlej[at]canada[dot]ca) |
REGIONAL BACKGROUNDERS / FICHE D’INFORMATION PAR RÉGION
- Alberta
- Ontario
- Québec
John R. Evans Leaders Fund / Fonds des leaders John-R.-Evans
Project Title / Titre du projet | Maximum CFI Contribution / Contribution maximale de la FCI |
Athabasca University
| Magnetic Aurora Monitoring in AB/SK with Magnetotellurics in Athabasca | $38,061 |
| 1 project / projet | $38,061 |
Brock University
| From the sea to the Museum and Beyond: Maritime Heritage at Marzamemi, Italy | $43,302 |
| Urgent Replacement of Critical Infrastructure: Console for 600MHz NMR Instrument | $268,376 |
| Scanning Electron Microscope for New Generation Applied Research | $144,132 |
| 3 projects / projets | $455,810 |
Carleton University
| Influence of Coupled Physical and Biogeochemical Processes on Metal Transport in Groundwater | $85,000 |
| Development of the Centre for Health Behaviours and Well-being in Daily Life | $118,350 |
| 2 projects / projets | $203,350 |
Concordia University
| AMPLab for Literary Sound Studies | 100 000 $ |
| Collaboratoire pour l’étude des jeux de Hasard et d’Argent Numériques ConnectÉs (CHANCE) | 350 000 $ |
| Microscopy Platform for Microfluidics Imaging and Screening of Single-cell Dynamics | 100 000 $ |
| *SDN/NFV Security: Compliance-driven Monitoring, Detection, and Mitigation | 92 092 $ |
| 4 projets / projects | 642 092 $ |
* Financement de l’infrastructure liée à une Chaire industrielle du CRSNG
Dalhousie University
| Real-time Multi-Modal Neuroimaging for Improved Outcomes in Neurological Disorders | $100,000 |
| Laboratory for Advanced Energy Conversion and Electronic Materials | $400,000 |
| Synthetic Influenza Vaccine Infrastructure | $250,000 |
| Functional Characterization of RNA Granules in Cellular Stress Responses and Innate Immunity | $275,000 |
| Social Interaction and Youth Mental Health | $107,021 |
| Coastal Labrador Ocean Modelling and Observing System (CLOMOS) | $80,000 |
| Persuasive and Adaptive Systems Infrastructure | $139,788 |
| Mobile and Software-defined Network Infrastructure | $89,788 |
| 8 projects / projets | $1,441,597 |
École Polytechnique de Montréal
| Physical Property Measurement System for Nanostructured and Quantum Semiconductors | 250 000 $ |
| Test and Characterization for 5G Wireless Devices | 133 451 $ |
| *Interdisciplinary Aerothermodynamic Analysis and Design Methods for Transport Aircraft | 124 387 $ |
| 3 projets / projects | 507 838 $ |
* Financement de l’infrastructure liée à une Chaire industrielle du CRSNG
HEC Montréal
| Tech3Lab 3.0 mobilité | 196 779 $ |
| 1 projet / project | 196 779 $ |
Lakehead University
| Lakehead University Driving Simulator | $15,707 |
| 1 project / projet | $15,707 |
Laurentian University / Université Laurentienne
| High Accuracy Gene Expression Quantification: Digital Droplet PCR | $134,240 |
| Neutron Detector Characterization Facility for Supernova Physics | $150,788 |
| 2 projects / projets | $285,028 |
McGill University
| Synaptic Dysfunction in Genetic Models of ALS | 120 000 $ |
| Evolutionary Ecology of Species Distributions | 140 000 $ |
| Spoken Interaction Lab | 40 000 $ |
| Molecular Beam Epitaxy of Wide Bandgap Semiconductor Nanostructures and Devices | 180 000 $ |
| Dairy Cattle Nutrition and Environmental Sustainability Laboratory | 140 000 $ |
| Cryogenic Test Facility for Detector Technology Development for Cosmic Microwave Background Polarization Experiments | 251 120 $ |
| Correlative 3D Nanoimaging and Molecular Mapping in Situ of Mineralized Tissues | 388 102 $ |
| Bioactive Glasses for the Regeneration of Hard and Soft Tissues | 720 000 $ |
| Optical Fiber Communications Systems for the Next Decade | 797 750 $ |
| Functional Genomics of HIV and M. Tuberculosis Infection | 237 132 $ |
| Research Laboratory for Smart Transportation | 80 000 $ |
| A Micro-ecosystem Array for Testing Ecological Impacts of Climate Change | 175 200 $ |
| 12 projets / projects | 3 269 304 $ |
McMaster University
| Development of AML-Relapse Therapeutics (DART) | $451,712 |
| Mobile User Experience Lab | $300,464 |
| Lab to Assess Food Web Fate and Effects of Aquatic Contaminants | $400,000 |
| The Syntax Laboratory | $73,566 |
| High-throughput Whole Genome Sequencing for Improved Disease Risk Prediction | $699,965 |
| AI + Democracy Lab | $242,774 |
| 6 projects / projets | $2,168,481 |
Queen’s University
| Uncovering the Function of Glycans: Examining Interactions with their Biological Binding Partners at the Cellular Level | $150,000 |
| Gas-Fluid-Mineral Interactions: Implications for Element Cycles and CO2 Storage | $200,000 |
| High Temperature Oxidation and Corrosion Laboratory | $125,000 |
| Mechanisms Underlying the Optimization of Human Walking | $150,000 |
| Establishing the Snow and Ice Research Laboratory at Queen's University | $100,000 |
| Discovery and Development of Crystalline Radiation Detection Materials | $200,000 |
| Long Term Performance of Bituminous & Modern Geomembrane Liners with High Interface Shear Strength | $200,000 |
| Optical Metasurface for Optoelectronics and Renewable Energy Applications | $125,000 |
| Enhancing CAR Cell Immunotherapy of Brain Tumours with MRI-guided Focused Ultrasound | $150,000 |
| High-intensity and High-resolution X-ray Diffraction Laboratory | $200,000 |
| Seismic Behaviour of Retrofitted Continuous Concrete Slabs | $150,000 |
| Advances in the Search for Dark Matter with Bubble Chambers and Spherical Proportional Counters | $200,000 |
| Analysis of Infectious Diseases Systems with Long-lasting Transient Dynamics and Feedback Delays | $150,000 |
| Patient Specific Bone and Joint Health Technologies | $200,000 |
| Neurocomputational Approaches to Individual Differences in ‘Virtuous’ Decision-making | $100,000 |
| Social Neuroendocrinology Lab | $250,000 |
| 16 projects / projets | $2,650,000 |
Ryerson University
| Industry 4.0 Smart Factory System | $79,956 |
| 1 project / projet | $79,956 |
Simon Fraser University
| Laboratory for 2D Material Device Fabrication | $300,000 |
| SEM Suite for the Characterization of Earth Materials | $190,000 |
| Software-programmable Heterogeneous Accelerator-rich Datacenters | $100,000 |
| Characterization and Radioactive Cellular Biology Suites for Discovery of Novel Metallic Radiopharmaceuticals | $150,000 |
| Next-generation Computing Infrastructure for Data-intensive Systems and Applications | $100,000 |
| 5 projects / projets | $840,000 |
St. Francis Xavier University
| Food Chemistry Research Platform for Investigating Aroma-active Compound Interactions in Plant-based Proteins | $88,626 |
| 1 project / projet | $88,626 |
Trent University
| Laser Source for Label-free Nonlinear Biomaterial Imaging | $158,579 |
| Centre for Biomedical Research and Biosensing | $86,317 |
| 2 projects / projets | $244,896 |
Université de Montréal
| An Integrated Multimodal Cerebral Neurovascular Imaging (IMCNI) Platform | 100 000 $ |
| How do Mycorrhizal Fungal Traits Influence Ecosystem Functioning? | 114 772 $ |
| Understanding the Pathophysiology of Sporadic Parkinson’s Disease using Direct Neural Reprogramming | 121 535 $ |
| The Biology and Clinical Applications of Cellular Senescence | 40 000 $ |
| Centre d’études sur le sexe/genre, l'allostasie, et la résilience (CESAR) | 152 970 $ |
| The Laboratory for Macroeconomic Policy | 216 142 $ |
| Mass Spectrometry Platform for Cancer Immunotherapy | 200 000 $ |
| Moving to Musical Beat | 159 759 $ |
| The Couple and Sexual Well-being Observational (CLOSE) Lab | 198 411 $ |
| Évaluation et maîtrise des expositions professionnelles aux particules nanométriques | 144 980 $ |
| Precision Medicine Research for Diabetes and Cardiovascular Diseases | 84 978 $ |
| Infrastructure for Analysis of Bacterial Pathogen Interactions | 145 315 $ |
| Next Generation in-Vivo Imaging Platform for Post-Genome Animal Infectiology | 279 770 $ |
| Oculométrie pour étudier les jugements cliniques des professionnels de la santé | 78 685 $ |
| Molecular Design from Molecules to Systems and Back | 80 137 $ |
| Understanding Preimplantation Development with Single Cell Genomics | 99 743 $ |
| 16 projets / projects | 2 217 197 $ |
Université de Sherbrooke
| Robot manipulateur mobile pour le développement d'une architecture de contrôle distribuée en interaction humain-robot | 76 477 $ |
| Agile and Dexterous Motion Control Robotic Laboratory | 81 485 $ |
| Infrastructure for Characterization of Ultrasound Probes | 89 910 $ |
| Virtual Substrate Engineering with Graphene for Disruptive Optoelectronics Devices | 179 893 $ |
| State-of the art Infrastructure for Improving Women’s Pelvic Health | 199 779 $ |
| 5 projets / projects | 627 544 $ |
Université du Québec - Institut national de la recherche scientifique
| Advanced Facilities for Research and Training in Aquatic Microbial Ecology | 154 565 $ |
| Ville Intelligente et Piétonne (V.I.P) | 62 321 $ |
| 2 projets / projects | 216 886 $ |
Université du Québec à Montréal
| Atelier de chronotopies urbaines: scènes et cultures populaires | 151 245 $ |
| Analytical Infrastructure on Metallomics for Biochemical Characterization of Subcellular Biomarkers of Metal Toxicity | 104 000 $ |
| Neuronal Plasticity in Adaptive and Pathological Behaviors | 129 840 $ |
| Microbial Ecology in the Terrestrial Subsurface | 97 600 $ |
| 4 projets / projects | 482 685 $ |
Université du Québec à Rimouski
| Station de recherche montagnarde et alpine dans les massifs gaspésiens, haut lieu de la biogéographie nord-américaine | 119 689 $ |
| 1 projet / project | 119 689 $ |
Université Laval
| Tumor Mechanobiology Research Platform | 119 820 $ |
| Smart Bioelectronic Microsystems Manufacturing and Multi-technology Integration Facility | 100 000 $ |
| Agroecology Laboratory: Advancing Plant Root Research and Elucidating Plant-soil Interactions in Agroecosystems | 80 220 $ |
| Consolidation des infrastructures de recherche du site NEIGE | 39 188 $ |
| Pulsed Electric Field System to Modify the Physico-chemical Properties and Bioactivities of Food Molecules | 102 828 $ |
| Mobility Sensing Lab: Intelligent Environments to Support the Mobility of Persons with Disabilities and Older Adults | 73 940 $ |
| Robust 3D Perception in Challenging Conditions | 100 000 $ |
| Tree Biology and Plant Functional Genomics Laboratory | 80 469 $ |
| Development of Sustainable Forest Bioenergy Systems | 75 205 $ |
| Targeting Metabolic Vulnerabilities for the Treatment of Prostate Cancer | 119 998 $ |
| Sex-specific Differences in Aortic Stenosis | 75 981 $ |
| Évaluation nutritionnelle et métabolique durant la grossesse : vers une meilleure santé des générations futures | 83 302 $ |
| Base de données appariées entre médecins et patients du Québec (BMPQ) | 38 113 $ |
| Development of Next-generation Biomarkers for Prostate Cancer Treatment | 117 745 $ |
| 14 projets / projects | 1 206 809 $ |
University of Alberta
| Molecular Microbial Ecology of Food and its Impact on Food Safety and Quality | $146,218 |
| Building Molecular Biogeochemistry Capacity at the University of Alberta | $184,542 |
| Pregnancy Complications and Developmental Origins of Cardiovascular Dysfunction in Offspring | $260,324 |
| Scalable Data Analytics and Visualization Portal for the Canadian Long-term Care Sector | $328,911 |
| Femtosecond Resolution Testing Infrastructure | $80,000 |
| Infrastructure to Study Individual Cellular Responses as it Relates to Human Disease | $371,298 |
| Biophysical Equipment to Measure Complex Molecular Interactions in Solution | $295,001 |
| Integrated System to Characterize Soils, Tailings & Atmospheric Fluxes to Reclaim Disturbed Lands from Mining Operations | $192,277 |
| Infrastructures for Probing Interfacial Properties, Intermolecular and Surface Interaction Mechanisms | $210,000 |
| Laboratory for Atmospheric Multiphase Chemistry: Formation and Evolution of Pressing Air Pollutants | $178,918 |
| 10 projects / projets | $2,247,489 |
University of British Columbia (The)
| Memory Deconstruction Facility | $125,000 |
| Harnessing High Value Chemicals from Plants in Plant Bioactive Compounds Research (BioCoRe) Laboratory | $159,999 |
| Infrastructure for Advanced Transient Optical Spectroscopy and Microscopy of Photocatalysts | $160,000 |
| Global Metabolomics Laboratory at UBC | $215,000 |
| The CLean Energy hArvesting using Nanotechnology (CLEAN) Laboratory | $125,000 |
| The Genomic Basis of Sex Differences | $471,228 |
| Invertebrate Cryobiology and Ecophysiology Laboratory | $125,000 |
| Laboratory for MacroSystems Biology | $200,000 |
| Synapses, Circuits and Behaviour Phenotyping Platform: Targeting Pathogenic Mechanisms in Neurodegenerative Disease | $75,001 |
| Fibrosis as a Progenitor Disease: Novel Therapeutic Opportunities | $343,424 |
| Prevention of Severe Bacterial Infections in Children by Optimizing Protection Through Vaccination | $125,000 |
| PRISM: Programmable Interface for Simulation/Statistical Models | $93,232 |
| Ultra-low Temperature Facility for Quantum Simulators and Quantum Computers in Silicon | $125,000 |
| Comparative and Functional Cardiac Imaging Laboratory | $125,000 |
| Profiling, Imaging, and Mechanistic (PRIME) Characterizations of Transcription Factors to Improve Seed Traits | $220,000 |
| Multicellular Cell Division Imaging and Manipulation Laboratory | $175,000 |
| Characterizing the Structure and Mechanism of Microbial Systems | $124,410 |
| Integrated Microbiota Analyses Platform (iMAP) | $240,000 |
| Extension of the Translational Integrative Physiology Labortaory | $225,000 |
| Microwave Circuits and Systems for Sensing and Characterization | $122,730 |
| Next Generation Biodiversity Monitoring | $84,000 |
| Laboratory Infrastructure: the Anxiety Stress and Autism Program (ASAP) | $124,582 |
| The Collaborative and Experimental Ethnography Lab (CE2 Lab) | $124,072 |
| High-throughput System for Single Neuron Mesoscale Functional Connectivity in Mouse Models of Human Disease in Vivo | $384,800 |
| The Molecular Path: Connecting Biologic Insights to Improve Cancer Outcomes | $800,000 |
| The Biomedical Microbiome Research Laboratory: Investigating the Interrelations of Gut Microbiome with Dyslipidemia | $125,000 |
| Emotional Autobiographical Memory in PTSD | $95,076 |
| Advanced Organic Characterization for Optimization of Drinking Water Treatment | $124,504 |
| Transcriptional Memory and Plasticity in Embryonic Stem Cells | $259,570 |
| Cardiac Arrhythmias: From Mechanism to Structure-based Diagnosis | $288,306 |
| *SSHRC Partnership Grant Scaling up Interventions with Women Affected by Violence | $40,000 |
| 31 projects / projets | $6,024,934 |
* Financement de l’infrastructure liée au soutien à la recherche du CRSH
University of Calgary
| Heterogeneous Neuro-glial Communication in the Healthy and Inflamed Brain | $600,000 |
| Molecular Profiles of Brain Tumors at Single-cell Resolution | $74,900 |
| Mechanisms of Diabetes-related Cardiovascular Disease Throughout the Lifespan | $259,984 |
| Automation and Sequencing Infrastructure to Study the Genetic Basis of Health and Fitness Variation in Wild Animals | $80,000 |
| Catalysis Infrastructure for Sustainable Synthesis of High Value Fuels and Feedstock | $200,000 |
| Using Marine Heat Flow Measurements to Develop the First Hydrogeologic Model of a Submarine Strike-slip Fault System | $164,225 |
| Advanced Multi-modal Imaging to Understand Bone's Adaptation to Mechanical Load and Chronic Disease | $381,409 |
| Development of Novel and Sustainable Strategies for Securing Food Safety from Farm to Folk | $85,000 |
| Study and Discovery of Solid-state Platforms Suitable for Future Quantum Technologies | $270,000 |
| Disaster Management and Emergency Response with Intelligent, Autonomous Aerial Systems | $136,098 |
| The Space Weather Adaptive Network (SWAN): Enabling Space Weather Science with Targeted Sensor Fusion in Canada's North | $275,000 |
| High Throughput Analysis and Purification to Enable Molecular Advances in Medicines and Materials for Clean Energy | $120,000 |
| Engineering Materials and Manufacturing Processes for a Low-carbon Economy | $175,000 |
| 13 projects / projets | $2,821,616 |
University of Guelph
| Laboratory to Study and Combat Antibiotic Resistant Pathogenic Bacteria | $70,857 |
| Chemical Mapping of Complex Soft Matter | $127,500 |
| Systems Biology of Host-pathogen Interactions | $75,500 |
| A Microbial Pheno-genomics Platform to Assess Microbiome Effects on Virulence of Salmonella | $180,001 |
| Quantitative Proteomics to Study Microbial Systems | $420,000 |
| Impact of Learning History on Individual Susceptibility to Developing an Addiction Phenotype | $101,903 |
| A Protein Engineering Laboratory to Probe and Rewire Cell Signaling | $75,504 |
| 7 projects / projets | $1,051,265 |
University of Lethbridge
| State-of-the-art Vivarium of the New Science and Academic Building | $88,199 |
| 1 project / projet | $88,199 |
University of New Brunswick
| Biochemical and Genetic Engineering of Novel Cannabinoids and Cannabis Germplasm | $150,000 |
| Innovative Cardiometabolic, Obesity, and Physical ACTivity Research – New Brunswick (IMPACT-NB) | $53,073 |
| 2 projects / projets | $203,073 |
University of Ontario Institute of Technology
| Materials Characterization Centre | $397,675 |
| 1 project / projet | $397,675 |
University of Ottawa / Université d’Ottawa
| Neuromuscular Genomics and Health Research | $200,472 |
| Sustainable Chemical Manufacturing | $251,547 |
| Verification and Validation of Autonomous Software Systems | $100,080 |
| The Canadian Robotics and Artificial Intelligence Ethical Design Lab | $39,390 |
| 4 projects / projets | $591,489 |
University of Prince Edward Island
| Antimicrobial Resistance Surveillance Program in Dairy Farms in Canada | $60,922 |
| Synthesis of Peptide-polymer Hybrids for Drug Resistant Disorders | $75,000 |
| 2 projects / projets | $135,922 |
University of Regina
| Regina Cube for Multiple Particles | $52,367 |
| Infrastructure for Cardiovascular and Metabolic Health Research | $68,000 |
| 2 projects / projets | $120,367 |
University of Saskatchewan
| Use of Biophysical Tools for the Development and Characterization of Novel Therapies for HIV-1 | $213,142 |
| Driving Simulation Laboratory for Developing Driver Screening Tools and Rehabilitation Programs | $157,702 |
| Equipment to Inform Low Temperature Damage Models for Tissue Cryopreservation | $162,298 |
| Cold Regions Exposure and Risk Assessment Modelling Laboratory (CERAS) | $114,294 |
| Pulsed Laser Facility for Studying Single Event Effects in Integrated Circuits | $176,606 |
| Confocal Microscopy Platform for Live Imaging of Mobile Nutrient-stress Signaling Agents in Plants | $224,994 |
| Multi-spectral Remote-sensing Payload and GPS Collars to Automate Wildlife Surveying for Conservation and Food Security | $125,000 |
| *Mine Waste Sample Preparation and Analysis Suite | $125,000 |
| 8 projects / projets | $1,299,036 |
* Financement de l’infrastructure liée à une Chaire industrielle du CRSNG
University of Toronto
| Exploration of Pathophysiological Mechanisms Underlying Diabetes and it’s Related Complications | $324,956 |
| Harnessing Regulatory Immune Cells to Promote Transplantation Tolerance | $204,231 |
| Investigation of Organelle Dynamics and Remodeling Using Lattice Light-sheet Microscopy | $738,411 |
| Developing New Interventions for Breast and Lung Cancer | $790,852 |
| Infrastructure for Advanced Microfluidic Nanobiosensing | $192,000 |
| A Functional Approach to Stigmatization, Motivation, and Social Judgment | $100,000 |
| Moral Psychology and Global Affairs | $93,198 |
| Study of Disease-causing Mutations in NMDA Receptor Genes | $148,573 |
| It’s All About Time: Optimising Infrastructure for Functional Brain Imaging in Children | $636,802 |
| Automated Apparatus for PET Radiopharmaceuticals to Image the Living Human Brain | $608,092 |
| High-throughput Facility for Design, Synthesis and Characterization of Novel Materials for Large-scale Energy Storage | $153,449 |
| Optimizing Motor Learning Through Music-based Behavioural Interventions | $213,793 |
| Regulation of Whole-body Metabolism by Nuclear Hormone Receptors | $225,000 |
| Expanding Cell Capabilities to Sense their Environment for Therapeutic Applications | $100,000 |
| Automation and Intelligent Design of Nanostructured Materials | $250,000 |
| DNA Damage and Cellular Physiology: Rewiring for a Cure | $146,060 |
| Spinning Disk Confocal Microscope to Probe Molecular Networks of Cell and Tissue Morphogenesis | $200,000 |
| Slide Scanner System to Study and Develop Novel Diagnostic Tools for Oral Fibrosis and Cancer | $125,000 |
| Multimaterial Characterization System for Developing and Testing Micro-/Nano-layered Composites and Foams | $150,000 |
| Multi-modal Functional Brain Technology | $227,200 |
| Live-cell Imaging of Inter-chromosomal Contacts by Confocal Super-resolution Microscopy | $568,988 |
| Facility for Advanced Non-destructive Testing / Imaging Instrumentation Development | $440,474 |
| Platform for Antibiotic Discovery and Investigation | $150,000 |
| MAXimIzing MILk In A Changing Food eNvironment (MAXIMILIAN) | $700,000 |
| Design Observation Studio | $100,000 |
| Generation of Stem Cell-derived Pacemaker Cells for Biological Pacemaker Applications | $322,305 |
| The Origins of Social Learning and Behavior | $318,422 |
| Infrastructure for Image-guided Magnetic Micromanipulation of Cells and Tissues | $300,000 |
| Exercise Oncology and Cognition Lab (EOCL) | $213,793 |
| Measurements of Atmospheric Gases Using a Deployable Infrared Interferometer | $175,000 |
| Extrinsic Control of Neural Precursor Cells: Molecular Mechanisms of Brain Development and Repair | $149,049 |
| *MFARR-Asia Computer-assisted Survey Interview and Participatory Video Production Lab | $61,200 |
| 32 projects / projets | $9,126,848 |
* Financement de l’infrastructure liée au soutien à la recherche du CRSH
University of Victoria
| High-throughput Synthetic Organic Chemistry: Hands-on Generation of Experimental Big Data to Improve Human Health | $170,200 |
| 1 project / projet | $170,200 |
University of Waterloo
| Ancient and Contemporary Environmental Bioindicators Laboratory (ACEBioLab) | $91,500 |
| Integrative Physiology Laboratory to Study Sex-differences During Exercise | $100,000 |
| Scalable Systems Software for Next Generation Architectures | $101,000 |
| Control and Protection of Next-generation Power Electronically Enabled Hybrid AC-DC Power Systems | $100,000 |
| Intelligent Connectivity Lab: Software-hardware Systems for the Internet of Things | $150,000 |
| Microalgae Biomanufacturing Laboratory | $80,000 |
| Electrical Drive and Detection System | $80,000 |
| Neuromechanics-based Assistive Robotics: Towards Optimal Personalized Robotic Assistance | $182,000 |
| Understanding Weld Cracking using in-Situ Thermography and Simulation | $80,000 |
| CogSim: An Interaction-aware Tri-simulator Facility for Research on Driver Behaviors and Cognitive Autonomous Driving | $150,000 |
| Infrastructure for Research on Social and Intelligent Robotics | $350,000 |
| GIS-based Virtual and Augmented Reality Tools | $72,000 |
| High Resolution NMR Facility for Structure Eluicidation | $352,810 |
| Advanced Microbicide Research and Analysis Facility (AMRAF) | $123,378 |
| Infrastructure for Research on Next Generation Wireless Networks | $80,000 |
| The Virtual Physiological Human Project | $100,000 |
| A Therapeutic Device for Otitis Media | $120,000 |
| Scanning Electron Microscope | $100,000 |
| Rational Design of Multiphase and Multifunctional Renewable – Resourced Polymers | $100,000 |
| Engaging Technology and People to Achieve Advanced Building Performance | $85,228 |
| Haptic Computing Lab | $80,000 |
| Taking Superconducting Electronics to the Next Level of Integration | $170,819 |
| Resource Management in Heterogeneous Clusters: Maximizing Efficiency and Guaranteeing Security, Privacy, and Fairness | $80,000 |
| 23 projects / projets | $2,928,735 |
University of Western Ontario (The)
| Characterizing a Neural Basis for Crossmodal Plasticity Following Sensory Loss | $196,245 |
| A Computational Platform for the Discovery of Predictive Brain Dynamics | $200,000 |
| An Integrated Platform for Pre-Clinical Testing of Melanoma Treatments | $200,000 |
| Multiphase Processes for Sustainable Energy and Chemicals | $200,000 |
| Joint Motion Simulation Using Hybrid Experimental-Computational Techniques | $158,289 |
| Social Observation Laboratory | $185,005 |
| 6 projects / projets | $1,139,539 |
University of Windsor
| Establishing High Resolution Facility for Micro-component Dynamic Vibration Analysis | $66,313 |
| Facility for Research on Sustainable Energy and Battery Management Systems | $100,000 |
| FISHSPACE: Novel Cost of Life Metrics of Fish for Improved Understanding of Spatial Management | $94,480 |
| State-of-the-art Research Facility for Earthquake-resilient Infrastructure | $106,000 |
| 4 projects / projets | $366,793 |
Wilfrid Laurier University
| Creating a Living Lab for the Optimization of Green Building Performance | $59,419 |
| Craft of Intelligence Analysis Lab (CIAL) | $50,085 |
| 2 projects / projets | $109,504 |
York University
| Investigating the Role of Intracellular Calcium Dynamics on Skeletal Muscle Function in Aged Muscle | $150,000 |
| Characterization and Targeted Reversal of Synaptic Mechanisms Contributing to Autism Spectrum Disorder | $125,000 |
| 2 projects / projets | $275,000 |
 NOTER :
Cette annonce comprend l’attribution d’une somme additionnelle de 14 128 806 dollars du Fonds d’exploitation des infrastructures. Les établissements utilisent ces montants pour assumer une partie des coûts d’exploitation et de maintenance de la nouvelle infrastructure.