Le gouvernement du Canada verse plus de 51 millions de dollars à des chercheurs canadiens
FREDERICTON (NOUVEAU-BRUNSWICK) ̶ Le gouvernement du Canada saisit l’importance d’investir dans les scientifiques et chercheurs du pays dont les découvertes contribuent à améliorer notre économie, notre environnement, notre santé et nos collectivités. Voilà pourquoi le gouvernement octroie plus de 51 millions de dollars à des chercheurs de partout au pays afin qu’ils puissent acquérir les outils de pointe nécessaires pour mener de la recherche de calibre mondial.
L’honorable Kirsty Duncan, ministre des Sciences, est aujourd’hui à l’Université du Nouveau-Brunswick pour annoncer l’octroi de 51 968 051 de dollars à 223 projets répartis dans 39 universités canadiennes. Le financement provient du Fonds des leaders John-R.-Evans de la Fondation canadienne pour l’innovation, lequel aide les universités à attirer et à maintenir en poste les meilleurs chercheurs au monde en leur procurant les outils requis pour demeurer à l’avant-garde.
L’Université du Nouveau-Brunswick reçoit la somme de 150 000 dollars pour se doter d’un microscope de pointe afin d’observer, en 3D et en temps réel, la croissance, la transformation et les déplacements des cellules dans des embryons de poissons zèbres. Grâce à ce financement, des chercheurs, comme Bryan Crawford à l’Université du Nouveau-Brunswick, qui veut mieux comprendre comment les anormalités présentes dans la croissance des cellules sont liées à des maladies comme l’arthrite, la cardiopathie et le cancer. Cette infrastructure sera unique au Canada atlantique et permettra à l’établissement universitaire de devenir un centre d’excellence en biologie cellulaire et microscopie confocale.
Que ce soit dans les domaines de la santé, du génie, des télécommunications, de la protection environnementale ou autres, le gouvernement du Canada, par l’entremise de la Fondation canadienne pour l’innovation, continue à procurer aux chercheurs les installations et l’équipement de pointe nécessaires pour mener des travaux de recherche de calibre mondial dont bénéficient directement tous les Canadiens et favoriser la croissance de la classe moyenne.
Citations
« Ce genre d’investissements dans l’infrastructure de recherche au Canada est extrêmement important pour notre avenir. Ils contribuent à recruter et à maintenir en poste certains des meilleurs scientifiques, procurent aux chercheurs canadiens les outils requis pour mener de la recherche de pointe, forment les scientifiques de demain et permettent des découvertes novatrices qui améliorent notre environnement, notre économie et nos collectivités. »
– Honorable Kirsty Duncan, ministre des Sciences
« Le Fonds des leaders John-R.-Evans de la Fondation canadienne pour l’innovation est essentiel pour appuyer les efforts canadiens en recherche. Ce fonds dote les universités des outils et des installations nécessaires pour attirer et retenir les plus brillants cerveaux. Qu’il s’agisse de prévenir les déficiences visuelles ou de développer des sources d’énergie renouvelables, les récipiendaires de ce financement mènent des travaux qui profiteront à tous les Canadiens. »
– Gilles Patry, président-directeur général, Fondation canadienne pour l’innovation
Faits en bref
- Les travaux de recherche de Bryan Crawford, professeur adjoint en biologie de l’Université du Nouveau-Brunswick, portent sur le remodelage des tissus pendant leur développement et mauvais réglage dans des maladies comme l’arthrite, la cardiopathie et le cancer.
- Le Fonds des leaders John-R.-Evans permet à un nombre restreint d’excellents chercheurs d’établissements canadiens de mener des travaux recherches de pointe en leur fournissant l’infrastructure dont ils ont besoin pour s’établir comme chefs de file dans leur secteur respectif.
- Le Fonds des leaders est un outil important conçu pour aider le Canada à recruter et à maintenir en poste les meilleurs chercheurs d’aujourd’hui et de demain.
- Cette annonce comprend l’attribution d’une somme additionnelle de 11 992 627 dollars du Fonds d’exploitation des infrastructures qui qui aide les établissements à assumer les coûts d’exploitation et de maintenance additionnels associés à la nouvelle infrastructure.
- En 2016, le gouvernement du Canada et les gouvernements des quatre provinces de l’Atlantique ont dévoilé la Stratégie de croissance pour l’Atlantique qui veut stimuler la croissance économique dans la région en concentrant les efforts et les ressources fédéraux et provinciaux dans cinq domaines d’action : 1) main-d’œuvre qualifiée et immigration; 2) innovation; 3) croissance verte et changements climatiques; 4) commerce et investissements; 5) infrastructure.
Liens rapides
Fonds des leaders John-R.-Evans
Le Navigateur d’installations de recherche de la FCI
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 Twitter @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 et
Agente, Communications
Fondation canadienne pour l’innovation
Bureau : 613.943.2580
Cellulaire : 613.447.1723
malorie.bertrand [at] innovation.ca
Relations avec les médias
Innovation, Sciences et Développement économique Canada
343.291.1777
ic.mediarelations-mediasrelations.ic [at] canada.ca
Stéfanie Power
Attachée de presse par intérim
Bureau de la ministre des Sciences
343.291.2600
stefanie.power [at] canada.ca
La Fondation canadienne pour l’innovation
Depuis 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.
Sommaire par province
- Terre-Neuve-et-Labrador - PDF
Sommaire par établissement - Fonds des leaders John-R.-Evans
|
Établissement |
Projets appuyés |
|---|---|
|
1 |
|
|
1 |
|
|
3 |
|
|
1 |
|
|
3 |
|
|
1 |
|
|
14 |
|
|
7 |
|
|
5 |
|
|
1 |
|
|
1 |
|
|
6 |
|
|
1 |
|
|
2 |
|
|
1 |
|
|
3 |
|
|
1 |
|
|
19 |
|
|
5 |
|
|
Université du Québec - Institut national de la recherche scientifique |
1 |
|
2 |
|
|
17 |
|
|
14 |
|
|
27 |
|
|
5 |
|
|
6 |
|
|
9 |
|
|
1 |
|
|
1 |
|
|
7 |
|
|
1 |
|
|
2 |
|
|
1 |
|
|
19 |
|
|
3 |
|
|
19 |
|
|
5 |
|
|
4 |
|
|
3 |
|
|
Établissements 39 |
223 |
Fonds des leaders John-R.-Evans
|
Titre du projet |
Contribution maximale de la FCI |
|---|
| Advanced Petrogenesis Laboratory for the Analysis of Sedimentary Ore Deposits |
$201,036 |
|
1 project |
$201,036 |
| Investigating Neuromuscular Control Strategies Using Haptic Robotics |
$96,732 |
|
1 project |
$96,732 |
| Creative Interactions Lab: Emerging User Interfaces for Digital Media |
$107,000 |
|
Advanced Sensor Signal Processing Laboratory |
$150,000 |
|
Aquatic Ecosystems and Environmental Change Laboratory |
$84,000 |
|
3 projets |
$341,000 |
| High-throughput Instrumentation for Synthetic Biology |
100 000 $ |
|
1 project |
100 000 $ |
| Sediment Microbial Biogeochemistry |
$125,000 |
|
Probing Host-Bacterial Interactions Using Systems Biology Tools |
$125,000 |
|
Earth-Abundant Mesostructures for Solar Light Absorption and Fuel Generation |
$100,000 |
|
3 projets |
$350,000 |
Emily Carr University of Art + Design
| Social and Performative Spaces in Virtual Reality |
$45,000 |
|
1 project |
$45,000 |
| Pulse Additive Manufacturing of Advanced Materials |
309 500 $ |
|
McGill Ecotoxicology Laboratory |
123 197 $ |
|
Stem Cell Bioprocessing Laboratory |
128 500 $ |
|
Identifying Brain Connectivity Signatures in Living Mouse Models of Psychiatric Disorders |
163 300 $ |
|
Laboratory for Gynecologic Cancer Research |
218 640 $ |
|
Integrating Gene Networks & Brain Circuits to Understand Affective Behavior |
200 000 $ |
|
Glioblastoma Pathogenesis: Molecular Targets and Therapies |
68 000 $ |
|
High-Performance Computing Equipment for Fundamental Studies of Energy Conversion in Nanomaterials |
160 000 $ |
|
Mapping the Energy Landscape of Biomolecular Function by NMR |
796 551 $ |
|
Transmission Electron Microscope for Materials Characterization |
799 825 $ |
|
Translation Control: Bridging the Molecular and Cellular Gap Through Optics |
548 026 $ |
|
Vector Magnet, Dilution Refrigerator and AFM for Advanced 2D Materials Engineering |
588 900 $ |
|
New Non-Invasive Brain Stimulation Methods: From Magnetic Fields to Sound Waves |
368 000 $ |
|
Reprogramming Regulatory Networks in Cereal Crops to Improve Stress Tolerance: From Interaction to Phenotype |
137 600 $ |
|
14 projets |
4 610 039 $ |
| Electro-Functional Membranes: Selective Separations and Catalytic Degradations of Environmental Contaminants |
$125,000 |
|
Proteomics Laboratory to Investigate Alternative Splicing Regulation in Stem Cell Differentiation |
$400,000 |
|
Networked Imagination: A Laboratory for Network Music and Live Coding |
$188,123 |
|
Multiscale Functional Material Modelling for Energy Applications |
$100,000 |
|
Infrastructure for Development of Advanced Silicon Photonic Materials, Devices, and Microsystems |
$155,000 |
|
The Development of a Clinical Environment Compatible Surgical Oncology Margin Detection System |
$113,553 |
|
Flexible NeuroIS User Experience Lab |
$284,411 |
|
7 projets |
$1,366,087 |
Memorial University of Newfoundland
| Drug Information Science (DIS) Research and Training Laboratory |
$100,000 |
|
Facility for Metabolomic Analysis |
$211,876 |
|
Establishment of a Comprehensive Biomechanics Laboratory |
$126,101 |
| O2k-Fluorometers: A High-Powered Platform for Measuring Cellular and Sub-Cellular Processes |
$86,411 |
|
Modular Field Ecology Research Station |
$157,030 |
|
5 projets |
$681,418 |
| Isotopic Analyses for Aquatic Biology |
$143,017 |
|
1 project |
$143,017 |
| Infrastructure to Support the Nipissing University Social Neuroendocrinology Lab |
$128,811 |
|
1 project |
$128,811 |
| Reservoir Monitoring Using Superconducting Gravimetry |
$180,000 |
|
Neural Mechanisms Underlying Cognitive Transformations for Human Goal-directed Action |
$150,000 |
|
Germanium Detectors to Understand Neutrinos and Dark Matter |
$250,000 |
|
Building and Designing Assistive Technology |
$125,000 |
|
The Precision Imaging Program: Advanced Computational Methods for Quantification of Cardiovascular Disease |
$120,000 |
|
State-of-the-art Signal Transduction and Molecular Biology Laboratory |
$125,641 |
|
6 projets |
$950,641 |
| Advanced Space Dynamics and Control Test Facility |
$128,000 |
|
1 project |
$128,000 |
| Modern Particle Physics Detector Development Infrastructure for the Large Hadron Collider (LHC) Era |
$425,000 |
|
Airborne Miniature Synthetic Aperture Radar (SAR) System |
$368,000 |
|
2 projets |
$793,000 |
| Applied Genomics Laboratory: TRUgen |
$291,053 |
|
1 project / projet |
$291,053 |
Trent University
| Infrastructure for Studying Neurogenesis in Health and Disease |
$99,928 |
|
A Novel Approach to Studying Neurodegeneration |
$50,000 |
|
Long Term Environmental History in the North Pacific and Canadian Arctic |
$48,910 |
|
3 projets |
$198,838 |
| Analyses isotopiques pour élucider les mécanismes de préservation de la matière organique et l'origine des gaz naturels |
219 333 $ |
|
1 project |
219 333 $ |
| E-tools for Optimal Drug Prescribing and Use |
121 064 $ |
|
Processing of Large MRI Datasets in Alzheimer's Disease: Towards an Individualized Connectome Approach |
93 432 $ |
|
Memory and Autism Examined Through Recent Technological Advances in MRI at 3 Tesla |
629 154 $ |
|
Technologie MALDI-TOF pour l'étude de la dynamique des infections de la glande mammaire |
186 911 $ |
|
Spatiotemporal Dynamics of Black Spruce Regeneration in Eastern Boreal Forest |
123 466 $ |
|
Social Diversity during the Classic Maya Political Collapse Archaeological Field and Laboratory Infrastructure |
60 641 $ |
|
EMC2: Energy Metabolism Characterization Core |
160 044 $ |
|
Research Instruments for the Study of Electrically Active Nanostructures and Interfaces |
398 606 $ |
|
Computational and Quantitative Ecology Laboratory |
63 379 $ |
|
Improving Animal Health and Disease Management Through High-input Research |
303 766 $ |
|
Integrating Biophysics and Population Genetics to Predict Drug Resistance and Develop Novel Tools in Molecular Evolution |
157 401 $ |
|
Contaminants environnementaux, exposition et biomarqueurs |
272 000 $ |
|
Nanoelectronic Devices for Single-molecule Biophysics and Biosensors |
400 000 $ |
|
A Retinal Imaging Platform for the Discovery of Ocular Biomarkers for Age-related Neurodegenerative Diseases |
100 000 $ |
|
Integrative Physiological Adaptations to Heat Exposure in Humans |
111 504 $ |
|
Research Infrastructure to Enable New Scientific Advances on Wearable Robotic Exoskeleton Systems for Overground Walking |
154 503 $ |
|
Laboratory of Plant Functional Ecology |
129 767 $ |
|
The Fear Transmission Laboratory: Psychophysiological and Neural Correlates of Observational Fear Learning |
109 787 $ |
|
Development and Clinical Transfer of Imaging Biomarkers for Diffuse and Focal Liver Disease |
300 000 $ |
|
19 projets |
3 875 425 $ |
| On-road and Laboratory Platforms for Research on Advanced Electric and Hybrid Vehicles |
103 228 $ |
|
A Translational Approach to Study the Neural and Bioemechanical Mechanisms of Interlimb Coordination During Locomotion |
149 141 $ |
|
Infrastructure intégrée pour la caractérisation des propriétés géotechniques dynamiques et non saturées |
155 370 $ |
|
Alternative Engine Research Laboratory |
93 015 $ |
|
Sensing and Computing with Mechanical Devices |
79 653 $ |
|
5 projets |
580 407 $ |
Université du Québec - Institut national de la recherche scientifique
| Establishment of an NMR Infrastructure for Protein Allosteric Characterization and Drug Design |
162 044 $ |
|
1 project |
162 044 $ |
Université du Québec à Montréal
| Laboratoire expérimental écoresponsable |
80 800 $ |
|
Laboratory for high Precision Analyses of Short-lived Isotopic Systems (LASIS) |
131 441 $ |
|
2 projecst |
212 241 $ |
| An Infrastructure for the Development of Novel Optic-based Dose Sensors and Dose-based Treatment Guidance |
175 559 $ |
|
Chemical Characterization of Soils and Organic Materials to Manage and Restore Productive Forest Ecosystems |
76 364 $ |
|
Explorer et vivre l'esprit du lieu par la réalité virtuelle: médiations numériques du patrimoine |
79 711 $ |
|
Three-Dimensional Analyses of Mitral Regurgitation Mechanisms |
117 367 $ |
|
Laboratoire Forêt Numérique |
63 102 $ |
|
Functional Polymers and Libraries of Nanoparticles for Drug Delivery |
119 485 $ |
|
Plateforme analytique pour l'étude des modifications structurales et des interactions protéiques alimentaires |
66 176 $ |
|
Basic and Therapeutic Applications of Genome Editing Technologies |
119 847 $ |
|
Plateforme de caractérisation et de production à grande échelle de nouvelles molécules antimicrobiennes naturelles |
49 291 $ |
|
Establishment of a Medicinal Chemistry Laboratory for the Development of New Anticancer Drugs |
108 519 $ |
|
Plateforme de recherche sur le métabolisme des composés volatils des plantes |
121 640 $ |
|
Innovative Photonic Materials for the Infrared |
400 000 $ |
| Création d’un laboratoire d’optobiologie et de thérapie génique pour la recherche sur la maladie de Parkinson |
119 300 $ |
|
Endocrino-inflammatory Talks Between Organs in Pulmonary Arterial Hypertension |
118 514 $ |
|
Infrastructure for Synaptome Research Platform |
114 447 $ |
|
Long Term Influences of Biomechanical Movement Compensations on Joint Integrity |
118 708 $ |
|
Laboratoire de Psychophysiométrie Avancée de la Cognition et de l'Émotion (PACE) |
157 177 $ |
|
17 projets |
2 125 207 $ |
| Micro-milling Workstation to Develop Microfabricated Platforms for Cost-effective Solid-type Vaccines |
$85,830 |
|
Infrastructure for Laboratory and Field Studies of Northern Environmental Change |
$169,668 |
|
Accelerating Access to Complex Oligosaccharides Through Automation |
$223,714 |
|
Reliable Operation and Control of Mixed AC-DC Power Systems |
$183,943 |
|
Aerosol Chemistry and Photochemistry in Polluted Urban Environments: Research for Tomorrow’s Megacities |
$157,878 |
|
Research Infrastructure for Enabling Autonomy in Mechatronic Systems |
$61,778 |
|
Collection and Analytics of Real-time Big Data in Human Sensorimotor Behaviour |
$227,086 |
|
Rapid Multi-scale Analyses for RNA Profiling During Viral Infection and in RNA Interference Pathways |
$184,001 |
|
Fundamental Questions of Shock Wave-liquid Interface Interactions |
$113,444 |
|
Nuclear Magnetic Resonance Console for Characterizing Promising Next-Generation Materials |
$253,379 |
|
Infrastructure for Characterization of Antifouling Thin Film Nanocomposite Membranes |
$40,803 |
|
Development, Characterization and Analysis of Native and Engineered Microbial Systems |
$105,001 |
|
Facility for Robot-assisted Rehabilitation, Therapy and Surgery |
$84,793 |
|
Building the Foundation of a Translational Laboratory for Infectious Diseases Research |
$178,907 |
|
14 projets |
$2,070,225 |
University of British Columbia (The)
| Statistical Machine Learning Laboratory |
$35,758 |
|
Facility for Molecular and Materials Simulation |
$138,500 |
|
Advanced Electron Beam Lithography for Quantum Devices |
$800,000 |
|
Laboratory for Single Molecule Mechanobiology |
$155,000 |
|
Electromagnetics Testing and Characterization Laboratory |
$133,750 |
| Myology Suite: When Academia Meets International Opportunities |
$95,000 |
|
First Response Indicators of Inflammation |
$119,619 |
|
Health Effects of Secondary Organic Aerosols |
$92,649 |
|
New Models for Biogeochemical Cycles and Microbial Ecology |
$120,000 |
|
Research Program to Optimize Recovery after Stroke |
$75,000 |
|
HemaPATH - Precision Medicine Applied to Blood Products and Treatment of Blood Disorders |
$798,034 |
|
Infrastructure to Monitor and Optimize Reactions Through In Situ Kinetic Analysis |
$195,000 |
|
Targeted Approach to Validating Epigenetic Signatures of Socio-environmental Exposures Across the Lifespan |
$95,000 |
|
Cerebrovascular Health of Individuals with Spinal Cord Injury: Expansion of Autonomic Research Laboratory |
$95,000 |
|
Development of Polymer- and Lipid-based Nanoparticles for Targeted Drug Delivery |
$125,000 |
|
A High-throughput Nucleic Acid and Protein Analysis Platform for Plant Immunity Research |
$123,508 |
|
Pairing Phenomena in Quantum Gases |
$100,000 |
|
Centre for Translational Research in Behaviour Change for People with Chronic Conditions |
$600,000 |
|
Climate-controlled Growth Flumes |
$96,980 |
|
Longitudinal Monitoring of Neoplasia and Inflammatory Disease and Effectiveness of Therapeutics |
$75,000 |
|
Development of Novel Pharmacotherapeutics for Treating Epithelial Barrier-associated Diseases |
$142,730 |
|
Quantitative Imaging for Diagnosis and Therapy |
$639,322 |
|
Secure Greenhouse for Cannabis Research |
$250,000 |
|
Integrative Physiology Laboratory to Study the Effects of Aging on Human Lung Function During Exercise |
$76,127 |
|
Gene Therapy for Vision Loss: Ophthalmology for Mice |
$99,284 |
|
The Physics of Radio Transients |
$100,000 |
|
Well Integrity and the Clean Extraction of Unconventional Energy Reserves |
$446,098 |
|
27 projets |
$5,822,359 |
| Population Neurogenetics and Precision Medicine in Child and Youth Mental Health: From Genomes to Outcomes |
$175,000 |
|
Influence of Nanoparticles and Chemicals on Multiphase Oil Recovery Processes at Reservoir Conditions |
$392,028 |
|
Innovation in Atmospheric Monitoring and Pollution Control |
$136,500 |
|
Biomechanics and Health Monitoring for the Real World |
$334,882 |
| Integrating Primate Genomics and Dietary Ecology to Reveal Adaptation and Assess Health |
$283,382 |
|
5 projets |
$1,321,792 |
| Understanding Cardiovascular Response and Influence to Physical Exercise |
$102,940 |
|
High Throughput Histology Suite for the Discovery of New Mechanisms for Improved Osteoarthritis Treatments |
$105,965 |
|
Profiling Adaptive Immune Responses in Animals |
$74,135 |
|
The Long-term Effects of the Early-life Environment: Integrating Ecology and Physiology |
$105,965 |
|
Genomic Innovations in Crop Genetics and Breeding |
$102,389 |
|
Automatic Radio Tracking of Pollinator Movements at a Landscape Scale: Foraging and Dispersal |
$105,001 |
|
6 projets |
$596,395 |
| Human Spinal Cord Injury Research Centre for Health, Balance and Motor Control |
$200,000 |
|
Laboratory for Asymmetric Organocatalysis |
$160,000 |
|
In-situ Nano-mechanical and Nano-electrical Characterization of Low-dimensional Nanomaterials |
$159,841 |
|
Comprehensive In Vivo and Culture-based Exercise and Metabolic Analysis Platform |
$159,835 |
|
Near Real-Time Electromagnetic Imaging |
$90,672 |
|
Identification of Novel Therapeutics to Modulate DNA Damage Repair in the Treatment of Cancer |
$159,993 |
|
Studies of Cellular Reprogramming by Adenovirus |
$159,240 |
|
A Tissue Engineering Platform for Fibrotic and Developmental Diseases |
$160,000 |
|
Infrastructure for Zero Waste Research Program |
$116,918 |
|
9 projets |
$1,366,499 |
| Modular Confocal Microscope for 3D Fluorescence Imaging In Vivo |
$150,000 |
|
1 project |
$150,000 |
University of Ontario Institute of Technology
| The Sport & Physical Activity Research Collaborative (SPARC) Facility at UOIT |
$49,461 |
|
1 project |
$49,461 |
| Disentangling the Climatic Mechanisms that Structure Species’ Distributions and Interactions |
$145,000 |
|
Remodeling of the Cerebral Vasculature in Health and Disease |
$252,589 |
|
Custom Low-dimensional Material Systems Explored from Atom to Bulk |
$256,500 |
|
New Discoveries through Activity-based Protein Profiling |
$200,001 |
|
2D Material Optoelectronics |
$345,708 |
|
New Tools and Methods for Organic Synthesis |
$147,067 |
|
Epigenetic Determinants of the Metabolic Phenotype in Teleosts |
$219,576 |
|
7 projets / projets |
$1,566,441 |
University of Prince Edward Island
| Skeletal Muscle Health and Adaptation Suite |
$184,490 |
|
1 project / projet |
$184,490 |
| Freshwater Fisheries: Ecology, Physiology and Genomics |
$218,004 |
|
Centre for Functional Genomics of Healthy Environments and Communities |
$139,981 |
|
2 projets / projets |
$357,985 |
| U of S Mobile Animal Metabolism and Morphology Analysis Laboratory |
$260,250 |
|
1 project / projet |
$260,250 |
|
High Content Screening to Identify and Validate Potential Therapeutic Targets |
$615,894 |
|
Electron Microscopy for the Engineering of Novel Bactericidal Nanomachines Derived from Bacteriophages |
$399,980 |
|
Remuscularization of Injured Hearts using Stem Cells |
$214,569 |
|
Laboratory for Mechanistic Studies of Myeloid-Driven Immune Suppression |
$398,219 |
|
Rehabilitation Aimed at Muscle Performance (RAMP) |
$75,000 |
|
Advanced Optical Instrumentation Laboratory for Large Astronomical Telescope Instrument Development |
$138,000 |
|
Movement Assessment and (Re)Training for the Prevention of Musculoskeletal Disorders |
$199,090 |
|
Noninvasive Brain Stimulation for Speech and Language Development |
$108,791 |
|
Personalized Microbiology, Infection and Immunity |
$259,938 |
|
Stem Cell Derived Neuron Phenotyping and Drug Screening Platform |
$188,744 |
| Immunotherapy for Chronic Viral Hepatitis |
$218,378 |
|
Investigating the Response of Gravelly Soils to Earthquake Loading through Large Scale Cyclic Simple Shear Testing |
$150,000 |
|
Developing New Strategies and Technologies to Fight Fibrosis |
$250,056 |
|
Robotic Radiobiology |
$396,428 |
|
Observing and Manipulating Brain Function |
$798,057 |
|
How Recombination Alters Selection in the Genome |
$120,000 |
|
Control and Adaptive Responses of the Plant Metabolome |
$140,000 |
|
Developing the University of Toronto Sport and Performance Psychology Lab |
$61,341 |
|
Infrastructure for the Study of Excitonic Materials and the Development of Nanocrystal-sensitized Photon Upconversion |
$250,000 |
|
19 projets |
$4,982,485 |
| Facility for Manufacturing of Advanced Materials |
$86,190 |
|
Laboratory for Microfluidics and Microtissue Engineering |
$97,746 |
|
Investigation of Gold Nanoparticle Mediated Radiation Therapy in a Tumor-like Environment |
$130,264 |
|
3 projets |
$314,200 |
| Coupled Human and Natural Systems Laboratory (CHANS-lab) |
$85,166 |
|
Infrastructure for WaterlooBCI Laboratory |
$50,000 |
|
Discovery and Synthesis of Nanomaterials for Ubiquitous Electronics |
$80,000 |
|
Computational Infrastructure for Simulating Lake, Atmosphere and Ocean Dynamics |
$188,715 |
|
Interactive Data Exploration and Analysis (IDEA) System |
$70,000 |
|
Nanotopography Platform for Stem Cell |
$100,000 |
|
Assessing Children's Learning in Naturalistic Contexts: Supporting Collaborative Research in Developmental Science |
$60,000 |
|
Quantum Materials at Ultra Low Temperatures |
$171,600 |
|
Critical Media Prototyping Suite |
$40,000 |
|
Advanced Composites Processing Infrastructure for Next-Generation Lightweight Vehicles |
$75,000 |
|
SURGE - The Stratford User Research and Gameful Experiences Lab |
$60,000 |
|
Waterloo Virtual Reality Storytelling Lab |
$35,000 |
|
Modelling Sustainable Systems for Climate, Clean Air, and Clean Energy |
$50,000 |
|
Language Interaction Laboratory |
$40,000 |
|
Catalytic Performance Evaluation System |
$50,000 |
| Trant Eco-cultural Legacy (TEL) Lab: Promoting Conservation, Ecology and Science Communication in Changing Landscapes |
$28,047 |
|
Integrated Micro-mechanical Testing Instrumentation System |
$75,000 |
|
High-resolution Real-time Three-dimensional (3-D) Ultrasound Medical Imaging Research |
$50,000 |
|
Development of New Ultrasound Imaging Tools for High-Frame Rate Vascular Diagnostics |
$100,000 |
|
19 projets |
$1,408,528 |
University of Western Ontario (The)
| Integrated Lab for the Development of Catalysts for Sustainable Synthesis |
$200,000 |
|
Cellular and Molecular Analysis of Gastrointestinal Stem Cells |
$200,000 |
|
Mobility: Occupationally Valid Evaluation & Intervention Technologies in Targeted E-health, Exercise & Activity |
$200,000 |
|
Mapping the Primate Lateral Prefrontal Cortex Mesoconnectome using Two-photon Excitation Microscopy |
$267,948 |
|
Seismic Vibrations and Excitations Laboratory |
$200,000 |
|
5 projets |
$1,067,948 |
| Investigation of Nanoscale Smart Surfaces |
$284,101 |
|
Automated Liquid Handling Facility for Environmental Research at the Cellular, Organismal and Ecosystem Levels |
$71,855 |
|
Animal Tissue Preparation Infrastructure |
$17,500 |
|
PROTO Benchtop AXRD Powder X-ray Diffractometer |
$41,581 |
|
4 projets |
$415,037 |
| Diagnosis of Squamous Cell Carcinoma Through Combined Mass Spectrometry Imaging, Metabolomics and Multivariate Analysis |
$150,000 |
|
Facility for Women's Reproductive Health Research |
$147,000 |
|
Laboratory for Ultrafast Thermo-magnetics |
$145,000 |
|
3 projets |
$442,000 |
 NOTER :
Cette annonce comprend l’attribution d’une somme additionnelle de 11 992 627 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.