Des investissements majeurs dans les équipements de recherche : un catalyseur pour l’innovation
Ottawa (Ontario) — Les chercheurs et chercheuses du Canada consacrent temps et énergie à mieux comprendre les enjeux qui concernent la population canadienne et à y trouver des solutions. Grâce à un accès à des installations et des outils adéquats, les équipes de recherche peuvent, par exemple, élaborer un programme d’intervention pour prévenir l’obésité infantile, ou encore chercher à réduire les émissions de carbone en transformant les déchets agricoles en nouveaux produits. Ces équipes de recherche canadiennes méritent donc d’avoir les meilleurs équipements et installations et elles en ont besoin pour faire progresser des idées ambitieuses, répondre aux problèmes environnementaux et sanitaires, et collaborer avec les leaders du monde entier dans le milieu de la recherche.
Aujourd'hui, l'honorable Randy Boissonnault, ministre de l'Emploi, du Développement de la main-d'œuvre et des Langues officielles, au nom de l’honorable François-Philippe Champagne, ministre de l’Innovation, des Sciences et de l’Industrie, et de l'honorable Mark Holland, ministre de la Santé, a annoncé l’octroi de plus de 113 millions de dollars à 396 projets d’infrastructure de recherche dans 56 universités du pays. Cette contribution, par l’intermédiaire du Fonds des leaders John‑R.-Evans (FLJE) de la Fondation canadienne pour l’innovation (FCI), aidera les universités à être plus concurrentielles pour recruter et retenir des chercheuses et des chercheurs exceptionnels en les aidant à acquérir les laboratoires, les équipements et les installations de pointe nécessaires pour faire des découvertes qui auront des retombées pour la population canadienne.
Par exemple, les projets financés grâce au FLJE contribueront à :
- Renforcer l’économie bleue du Canada atlantique – Université Cape Breton (Sydney, Nouvelle-Écosse)
Les investissements dans l’économie océanique du Canada atlantique permettent d’aplanir des difficultés qui entravent la croissance économique et le développement social dans toute la région, et en particulier sur l’île du Cap-Breton, notamment la pollution de l’eau causée par les mines de charbon abandonnées et l’insécurité alimentaire. Afin de stimuler cette nouvelle économie, des chercheurs et chercheuses de l’Université Cape Breton créeront un laboratoire pour mettre au point des technologies comme des dispositifs de traitement de l’eau à petite échelle qui faciliteront l’accès à l’eau potable, amélioreront la santé et le bien-être des communautés éloignées et des Premières Nations, et favoriseront le développement social et équitable sur l’île du Cap-Breton. - Rendre les STIM plus accessibles – Université Simon-Fraser (Burnaby, Colombie-Britannique)
Les personnes ayant une déficience visuelle sont souvent exclues des études et du travail dans de nombreuses branches des sciences, de la technologie, de l’ingénierie et des mathématiques (STIM), notamment celles du génie électrique et informatique. En effet, les compétences essentielles pour étudier et travailler dans le domaine des STIM reposent sur des informations visuelles qui font défaut à ces personnes. Une équipe de recherche de l’Université Simon-Fraser créera un environnement informatique physique où ces personnes pourront s’exercer à l’électronique et à l’informatique de base, et rendra le domaine des STIM plus inclusif et accessible à toutes les personnes.
- Créer un secteur des énergies renouvelables durable – Université de Sherbrooke (Sherbrooke, Québec)
La décarbonisation du secteur énergétique québécois et canadien entraîne la conception de matériaux innovants, comme les céramiques à haut rendement et les alliages à haute entropie (métaux composés de trois éléments ou plus) pour stocker les énergies renouvelables. Un programme de recherche de l’Université de Sherbrooke vise à développer et à étudier ces céramiques et ces alliages dans le but de réduire les éventuelles répercussions environnementales de leur extraction, de leur production, de leur utilisation et de la gestion de leur fin de vie. Les résultats obtenus permettront non seulement d’améliorer les capacités de stockage des énergies renouvelables au Canada, mais contribueront également à leur développement durable.
La liste de tous les établissements bénéficiaires figure ci-dessous.
Citations
« Les chercheurs, les étudiants et les établissements postsecondaires sont une source d’innovation et stimulent la croissance économique. C’est pourquoi notre gouvernement est fier d’appuyer les chercheurs les plus talentueux, dont les découvertes permettent de relever certains des défis les plus pressants de notre époque. Grâce à ce financement, nous investissons dans la prochaine génération de chercheurs et les incitons à continuer de faire du Canada un chef de file mondial de la recherche et de l’innovation. »
– François-Philippe Champagne, ministre de l’Innovation, des Sciences et de l’Industrie
« Tous les jours, des chercheurs et chercheuses mettent leurs connaissances et leurs compétences à contribution pour trouver des réponses à des questions d’une importance capitale aux yeux de la population canadienne, notamment l’amélioration de la situation environnementale, des soins de santé et de l’accès à l’éducation. Ces hommes et ces femmes contribuent à un avenir meilleur pour l’ensemble de la population canadienne. À la Fondation canadienne pour l’innovation, soutenir leurs efforts nous remplit de fierté car nous savons que nous mettons à leur disposition des laboratoires bien conçus et les outils dont elles et ils ont besoin et ce, dans les communautés et les milieux où ces équipements seront le plus efficacement utilisés. »
– Roseann O’Reilly Runte, présidente-directrice générale de la Fondation canadienne pour l’innovation
Faits en bref
- Cet investissement fait partie d'un plus vaste ensemble de programmes de financement qui appuient la science, l'infrastructure de recherche et les chercheurs, chercheuses et étudiantes et étudiants et dont la valeur totale s'élève à 960 millions de dollars. L'honorable Randy Boissonnault, ministre de l'Emploi, du Développement de la main-d'œuvre et des Langues officielles, en a fait l'annonce aujourd'hui, au nom de l'honorable Francois-Philippe Champagne, ministre de l'Innovation, des Sciences et de l'Industrie, et de l'honorable Mark Holland, ministre de la Santé.
- L’investissement total du Fonds des leaders John‑R.-Evans (FLJE) réalisé aujourd’hui par le gouvernement du Canada par l’intermédiaire de la Fondation canadienne pour l’innovation s’élève à 113 456 009 dollars;
- Cette somme comprend 26 182 156 dollars octroyés au titre du Fonds d’exploitation des infrastructures, un mécanisme qui aide les établissements à absorber les coûts supplémentaires d’exploitation et de maintenance liés aux nouvelles infrastructures;
- Le financement du FLJE aide les établissements à attirer et à retenir des chercheurs et chercheuses d’exception. Il sert également à l’acquisition d’outils qui permettent aux équipes de recherche d’innover.
Liens connexes
- Apprenez-en plus à propos de la Fondation canadienne pour l’innovation;
- Apprenez-en plus concernant le Fonds des leaders John-R.-Evans de la FCI;
- Découvrez pourquoi des installations comme celles qui reçoivent du financement aujourd’hui décident de s’inscrire au Navigateur d’installations de recherche de la FCI, un répertoire en ligne des installations et des laboratoires disposés à collaborer avec des entreprises.
Médias sociaux
Suivez-nous sur Twitter @InnovationCA, LinkedIn et Facebook, et abonnez-vous à notre chaîne YouTube. Sur cette plateforme, vous pourrez notamment visionner les vidéos de la FCI à propos des nombreux projets de recherche transformateurs qu’elle finance.
À propos de la Fondation canadienne pour l’innovation
Avec son mandat audacieux et sa vision stratégique, la Fondation canadienne pour l’innovation (FCI) donne aux chercheurs et chercheuses les moyens d’être des leaders mondiaux dans leur domaine et de répondre aux grands enjeux de société. La FCI contribue au financement d’outils, d’équipements et de laboratoires à la fine pointe de la technologie. Cette infrastructure est nécessaire à la recherche fondamentale et permet de relever des missions de recherche qui transcendent les disciplines et mobilisent tous les secteurs. Les infrastructures de recherche financées par la FCI favorisent la mobilisation des connaissances, stimulent l’innovation et la commercialisation et offrent un milieu exceptionnel pour assurer la formation de la nouvelle génération.
Renseignements
Relations avec les médias
Fondation canadienne pour l’innovation
613 947-6496
media [at] innovation.ca
Audrey Champoux
Attachée de presse et conseillère principale en communications
Cabinet du ministre de l’Innovation, des Sciences et de l’Industrie
audrey.champoux [at] ised-isde.gc.ca
Relations avec les médias
Innovation, Sciences et Développement économique Canada
media [at] ised-isde.gc.ca
Fiche d'information par région
Fonds des leaders John-R.-Evans
Établissements |
Projets appuyés |
|
1 |
|
|
1 |
|
|
1 |
|
|
3 |
|
|
1 |
|
|
13 |
|
|
12 |
|
|
16 |
|
|
6 |
|
|
30 |
|
|
15 |
|
|
1 |
|
|
1 |
|
|
1 |
|
|
1 |
|
|
4 |
|
|
17 |
|
|
1 |
|
|
9 |
|
|
2 |
|
|
1 |
|
|
7 |
|
| 1 | |
|
3 |
|
|
16 |
|
|
5 |
|
|
2 |
|
|
Université du Québec - Institut national de la recherche scientifiques |
6 |
|
4 |
|
| 1 | |
|
3 |
|
|
2 |
|
|
3 |
|
|
2 |
|
|
18 |
|
|
16 |
|
|
34 |
|
|
15 |
|
|
9 |
|
|
2 |
|
|
9 |
|
|
3 |
|
|
12 |
|
|
2 |
|
|
1 |
|
|
3 |
|
|
1 |
|
|
35 |
|
|
6 |
|
|
12 |
|
|
9 |
|
|
6 |
|
|
1 |
|
|
2 |
|
|
5 |
|
|
3 |
|
|
Établissements 56 |
396 |
Fonds des leaders John-R.-Evans
|
Titre du projet |
Contribution maximale |
Acadia University Inclusive Movement & Health Lab |
|
|
1 projet |
458 390 $ |
Equipment to Support Research in Aquatic Neurophysiology |
|
|
1 projet |
30 677 $ |
* Impact d'une intervention axée l'éco-anxiété sur le bien-être d'élèves du primaire |
|
|
1 projet |
11 143 $ |
* Financement de l’infrastructure liée au soutien à la recherche du CRSH
Markerless Motion Capture Equipment for Large Scale Field Testing |
|
|
Infectious Disease Research Suite at Containment Level 3 |
101 654 $ |
|
Analysis of Extracellular Vesicle Function in Human Health and Disease |
125 000 $ |
|
3 projets |
295 026 $ |
Sustainable Materials and Functional Surfaces Laboratory for Environmental Nanotechnology and Waste Valorization |
|
|
1 projet |
200 000 $ |
Application of Raman Spectroscopy to Improve Food Integrity |
|
|
Development and Evolution of the Amphibian Skeleton |
75 002 $ |
|
Aerosol Jet Printed Nano Sensor Platforms for Point-of-Care Diagnostics, and Monitoring Health and Environment |
100 000 $ |
|
Multitouch Displays for Collaborative Clinical Decision-Making |
86 921 $ |
|
Carleton Tides Centre for Oligonucleotide and Peptide (Tides) Cancer Diagnostic and Therapeutic Agents |
120 000 $ |
|
Quantitative Functional MRI Technologies for Assessing Brain Health in Depression |
125 000 $ |
|
Cultural Heritage Informatics Collaboratory |
69 660 $ |
|
Mitigating the Negative Impacts of E-waste Through Sustainable Biotechnology |
125 000 $ |
|
MARVEL - The Mixed and Augmented Reality and Virtual Environments Lab |
158 473 $ |
|
Development of Innovative Methods in Emissions Estimations using Remote Sensing |
75 001 $ |
|
The Individual Variation Across the Lifespan Project: A Collaborative Examination of Language Acquisition and Use |
40 001 $ |
|
Defining How We Establish and Maintain a Healthy Gut |
75 001 $ |
|
EquiCon: Equitable Conservation for a Sustainable Future |
75 002 $ |
|
13 projets |
1 235 061 $ |
Scalable Deep Learning Models and Training Methods on Next Generation Hardware Graphcore IPU |
|
|
Closed-loop Brain Stimulation using Optically-pumped Magnetoencephalography: A New Frontier |
106 008 $ |
|
Advanced Materials Characterization Tools for Next Generation Adsorbents |
240 780 $ |
|
Face Masks- Next Generation of Wearable Biosensors to Move Canada Towards a Healthier Future |
132 968 $ |
|
High-speed Electric Powertrain Component Test System towards Transportation Electrification |
171 632 $ |
|
Long-term Multiscale Fish Tracking Networks for James Bay and Eastern Saint Lawrence River |
214 133 $ |
|
Photoelectron Spectrometer for Unlocking the Electronic Properties of Organic Semiconductors and Nanomaterials |
247 199 $ |
|
Mapping the White Matter Connectional Architecture of the Brain |
108 816 $ |
|
Tribological Coatings and Lubrication Strategies for Extreme Environments: Experimental and Computational Approach |
180 110 $ |
|
Infrastructure for IoT Security Lab |
99 612 $ |
|
Real-time Chemical Analysis for CO2 Conversion and Grid Storage Batteries |
200 000 $ |
|
* Indigenous Futures Research Centre |
180 000 $ |
|
12 projets |
2 070 752 $ |
* Financement de l’infrastructure liée au soutien à la recherche du CRSH
Immersive Technologies for Creative and Artistic Expression |
|
|
Infrastructure for a Precision Agronomy Lab for Crop Improvement |
192 000 $ |
|
Adaptive and Personalized Persuasive Systems Infrastructure |
175 000 $ |
|
Interpreting Deep Learning Models of Natural Language Processing |
148 553 $ |
|
Nanopore Genomics for Microbiome Discovery Research |
201 886 $ |
|
Cognition and Organizations Research Group (CORG) Accessible Remote Work Research Facility |
55 000 $ |
|
Laser-scanning Confocal Microscopy to Study Muscles in Drosophila |
100 000 $ |
|
Innovations in Cosmogenic Nuclide Research |
120 000 $ |
|
Centre of Excellence in Microplastic Studies at Dalhousie University |
269 209 $ |
|
Enabling Technology for Polar and Radical Main Group Catalysis Development |
120 000 $ |
|
Children and Borders Research Lab |
112 660 $ |
|
Healthy Aging and Frailty Hub |
475 003 $ |
|
Expanding the Chemical Diversity in Proteins via Non-canonical Amino Acids - Adhesive Materials |
140 000 $ |
|
Lysosomal Control of Cancer Cell Growth |
125 000 $ |
|
Animal Performance in a Changing World |
150 000 $ |
|
* Additive Manufacturing of Copper-based Alloys |
250 000 $ |
|
16 projets |
2 709 312 $ |
* Funding for Research Infrastructure Associated with NSERC Research Support
Laboratory for Physiological Macroecology |
|
|
Research Infrastructure for Multitrophic Studies of Boreal Forest Landscapes |
174 996 $ |
|
Microscope, and Trace Gas Analyzers (Nitrous Oxide and Ammonia) for Photonics and Bio-Photonics Research Facilities |
166 892 $ |
|
Design and Development of Powertrain Technologies for Heavy-duty Electric Transportation Applications |
100 017 $ |
|
Laboratory for Climate Change Mitigation and Air Pollution Control |
124 986 $ |
|
Low-dose Direct Conversion Radiation Medical Imaging Detectors |
124 574 $ |
|
6 projets |
811 056 $ |
Towards a Safer, Less Invasive, and more Effective Mapping of Drug-resistant Epilepsy Networks |
|
|
Centre for Study and Treatment of Circadian Rhythms |
225 630 $ |
|
Elucidating the Structure and Assembly of Biologically-derived Materials via Spectroscopic and Imaging Techniques |
719 441 $ |
|
Political Landscape Archaeology Laboratory |
105 921 $ |
|
Infrastructure for Harnessing Bone and Periodontal Stem Cell Regenerative Potential |
546 130 $ |
|
Harnessing the Optical Properties of Natural and Engineered Systems for Environmental Pathogen Control |
126 505 $ |
|
Advanced Bioimaging Tools to Study Neuronal Disease and Cancer Metastasis |
796 174 $ |
|
Physiologic- and Pathophysiologic-responsive Brainstem Neurons Regulating Appetite |
88 955 $ |
|
Empirical Evaluation of Intelligent Soft Robots |
200 000 $ |
|
Accurate Characterization and Prediction of Hydrogen Embrittlement for a Reliable Pathway Towards Hydrogen Economy |
525 000 $ |
|
Experimental Characterization of Pathogen-biofluid Interactions for Disease Models and Therapeutics |
97 307 $ |
|
Tracking Virus like Particles in Real Time in Cells to Guide Next Generation Vaccine Development |
325 535 $ |
|
Establishing a Tool for Hybrid Ultra-high Resolution Molecular and Structural Brain Imaging |
799 243 $ |
|
Storage, Transport, and Concentration of Critical Metals in Ore Deposits |
793 047 $ |
|
Experimental Platform for Probing Thermal Properties and Exotic Thermal Transport |
415 310 $ |
|
Next-generation Measurements of Complex Species Traits |
105 504 $ |
|
High-resolution Characterization of Patient-derived Transcriptomes in Heavily-mutated Skin Cancers |
106 745 $ |
|
Studying the Neural Basis of Interpersonal Interactions in Severe Mental Illnesses |
139 528 $ |
|
Video Rate Multiphoton Bessel Beam Imaging System |
273 206 $ |
|
High Resolution Intravital Imaging Platform to Assess Inflammation in the Pulmonary Vasculature |
645 978 $ |
|
An Elemental Analyzer Isotope Ratio Mass Spectrometer (EA-IRMS) for Stable Oxygen Isotope Analysis in Phosphates |
264 716 $ |
|
Mechanoadaptation and Whole Body Bioenergetics in Osteogenesis Imperfecta and other Metabolic Bone Diseases |
445 302 $ |
|
Infrastructure for the Establishment of a Riparian-River Ecohydrological Connectivity Observation Network (RECON) |
139 988 $ |
|
Functional Genomics Platform to Study Gene Function and Drug Development |
140 000 $ |
|
Autoantibodies and Molecular Mimicry with Gut Microbiota in Chronic Pain |
173 458 $ |
|
Exploring the Role of Extracellular Vesicles in Schistosoma Mansoni |
254 691 $ |
|
Machine Learning for Tackling Climate Change |
107 866 $ |
|
Characterizing Mechanisms of Therapeutic Resistance in Metastatic Cancers to Discover Novel Therapeutic Opportunities |
100 000 $ |
|
The Vasculome of Hypertension and Small Vessel Disease |
570 000 $ |
|
Laboratory for Quantum Meta-Optics |
379 606 $ |
|
30 projets |
10 077 905 $ |
Lab for Innovative Neurophysiological Study of Leadership |
|
|
High Throughput High Content Multi-dimension Microscopy |
400 000 $ |
|
Additively Manufactured Homes for Mobility and Equity (AM-HOME) Laboratory |
300 000 $ |
|
The Role of Brain-viscera Coupling in Shaping Subjective Experience and Social Interaction |
200 000 $ |
|
Infrastructure for Sustainable E-commerce Last-mile Deliveries |
117 000 $ |
|
ConTElab: Engineering Contractile Tissues for Tissue Regeneration and Wound Healing |
243 701 $ |
|
Nuclear Receptor Pathways for Plasticity: Linking Environmental Stressors with Compensatory Responses |
140 000 $ |
|
Novel Tools and Methods for Characterizing the Exposome |
390 000 $ |
|
Laboratory for the Modification and Characterization of Proteins and Cells at Biomaterial Interfaces |
200 000 $ |
|
Ocular Imaging & Preclinical Evaluation |
210 550 $ |
|
Platform for Molecular Bacteriology Research |
149 319 $ |
|
Platform for Antimicrobial Discovery from Symbiotic Microbes |
372 656 $ |
|
Laboratory for Metabolism and Translational Science - LiMTS |
400 000 $ |
|
Wound Infection Biomarker and Drug Discovery Facility |
353 628 $ |
|
Hydrogen Energy Advances Lab Infrastructure |
150 000 $ |
|
15 projets |
3 929 233 $ |
Memorial University of Newfoundland
A Multidisciplinary Systems Metabolomics Research Laboratory |
|
|
1 projet |
459 701 $ |
Laboratory for Aging and Deception Detection |
|
|
1 projet |
35 694 $ |
Mount Saint Vincent University
Expansion of Evo-devo Laboratory |
|
|
1 projet |
127 100 $ |
Ontario College of Art and Design (OCAD University)
Mobile Projection Mapping and Communities: Reinforcing Diversity and Cultural Heritage through Urban Artistic Projects |
|
|
1 projet |
55 716 $ |
Advanced Manufacturing of Adaptive Aerospace Structures |
|
|
Neuroprosthetic Technology Development Platform |
147 554 $ |
|
i-WASP: integrated Water system Analyses to support Sustainable management Plans |
166 279 $ |
|
Infrastructure pour la gestion adaptative des géo-infrastructures dans le contexte de la non-stationnarité climatique |
169 737 $ |
|
4 projets |
733 570 $ |
Seeing the Invisible: A Precision Medicine Informatics for Cancer Biomarkers Anchored in Time and Space |
|
|
Thermo-hydro-mechanical Coupled Rock Performance: Transforming Design of Geological Storage and Resource Developments |
200 000 $ |
|
Building a Stratospheric Balloon-borne Instrumentation Laboratory |
75 001 $ |
|
Geophysical Monitoring and Modelling of the Subsurface of Urban Environments and Large Infrastructures |
100 000 $ |
|
Facilitating Bidirectional Communication for Fast and Flexible HumanRobot Collaboration |
152 000 $ |
|
Systems for Seismic Protection and Resilience of Mass Timber Structures |
125 000 $ |
|
Harnessing Macrophage Biology to Control Neuroinflammation |
150 000 $ |
|
Fast-charging Infrastructure for Electric Vehicles |
97 536 $ |
|
Smart Networks for Scientific Computing |
152 000 $ |
|
FEWA Contaminant Biogeochemistry Lab: Holistic Assays of Hg Biogeochemical Cycling in Forest Ecosystems |
120 000 $ |
|
Identifying Predictors of Recurrence and Developing Novel Therapies for Patients with Brain Tumours |
100 000 $ |
|
Time-dependent Rock and Joint Behavior in Deep Underground Environments |
175 600 $ |
|
Neuro-immunity in Cancer and Allergy |
250 000 $ |
|
Exploring the Landscape of Electrochemical Reactions and Improving Process Sustainability through Paired Synthesis |
125 000 $ |
|
Controlling Detonation Instabilities: Experiments and Models to Enable Next-generation Engines |
80 000 $ |
|
Resilient Agile Aerial Autonomy |
125 000 $ |
|
Functional Structures Based on Main-group Supramolecular Interactions |
125 000 $ |
|
17 projets |
2 227 138 $ |
Data Analytics Centre for Sustainability, Equity and Resilience |
|
|
1 projet |
95 594 $ |
Studying Alternative Transportation Decarbonization Pathways in Canadian Climate |
|
|
Infrastructure for the Laboratory of Molecular Microbiology |
350 000 $ |
|
Synthesized and Structured Mid-infrared Fields as Probes for Quantum Materials and Molecules |
125 000 $ |
|
Medium-Voltage Direct Current (MVDC) Research Infrastructure |
125 000 $ |
|
Printable Green Semiconductors for Eco-friendly Self-powered Smart Sensors |
100 000 $ |
|
An Accessible Physical Computing Environment for Blind or Low Vision People |
100 000 $ |
|
Swarm Robots and Mixed Reality for Positive Behavior Change |
100 000 $ |
|
Multi-view Capture and Real-time Processing of Neural Radiance Fields |
100 000 $ |
|
Suite for Integrated Cell Engineering and Chemical Biology |
150 000 $ |
|
9 projets |
1 250 000 $ |
Functional Materials for Sustainable Pollutant Remediation: Synthesis, Characterization and Applications |
|
|
Biomolecular Characterization of Allergen-lipid Interactions |
74 376 $ |
|
2 projets |
293 713 $ |
Capillary Electrophoresis Study of Pharmacologically-relevant Compounds in the Cannabis Industry |
|
|
1 projet |
77 411 $ |
Toronto Metropolitan University
Towards Resilient Buildings Under Different Wind Scenarios |
|
|
Development of Collapsible Returnable Packaging for Direct-to-Consumer (D2C) Product Distribution |
88 000 $ |
|
Emissions' Characterization of Alternative Fuels at High Pressures |
76 000 $ |
|
Advanced and Rapid Fabrication Platform of Electrode Structures for Fuel Cells and Electrolyzers |
92 026 $ |
|
Development of Autonomous Drones for Indoor Environments |
116 059 $ |
|
Maternal Fetal Diagnostics |
88 961 $ |
|
Affordable Living Integrated Residential Testbed (ALIRT) |
395 060 $ |
|
7 projets |
932 106 $ |
|
Gas Flux Instrumentation for Novel Investigations of the Plant-soil-atmosphere Continuum in Agroecosystems |
113 737 $ |
|
1 projet |
113 737 $ |
Infrastructure pour le développement d'un nouveaux type de mesures quantiques et application aux technologies quantiques |
|
|
Infrastructure to Investigate Subcellular Protein Partitioning and Dynamics in Disease and Aging |
149 952 $ |
|
Metabolic and Mitochondrial Responses to Environmental Stress in Insect |
149 952 $ |
|
3 projets |
373 391 $ |
Unveiling Host-pathogen Molecular Interactions through a Systemic Approach Reinforced by Super-resolution Microscopy |
|
|
Electrophysiological Infrastructure for the Characterization and Modulation of Human Consciousness |
129 923 $ |
|
Elucidating Milk Quality using Fourier Transform InfraRed Spectroscopy and Flow Cytometry |
323 825 $ |
|
The Role of the Sperm Epigenome in Embryo Development and Intergenerational Disease Transmission |
160 000 $ |
|
High Resolution Characterization of the Immune Response During Acute and Chronic Liver Disease |
621 000 $ |
|
Studying Attentional Capacities in 3D Space using Glasses-free 3D Displays |
274 761 $ |
|
NutriMe-Kaskina Awacak: In-community Nutrition and Metabolic Research for Vulnerable Children and Adolescents |
107 078 $ |
|
Data Driven Robotics for the Real World |
176 785 $ |
|
Isolateurs de confinement de niveau 2 pour comprendre et moduler l'interaction volaille-pathogènes |
124 554 $ |
|
Dispositifs de formation favorisant des apprentissages durables par les élèves du primaire et du secondaire |
174 290 $ |
|
A Virtual Reality Platform for Controlled Neurophysiological Studies of Interactive Behavior in Naturalistic Environment |
282 385 $ |
|
Pain in Parkinson's Disease: Characterisation, Neural Origins and Non-invasive Neurostimulation |
147 824 $ |
|
Exploring the Plasticity of Hibernation Metabolism at High Resolution |
316 341 $ |
|
Novel Antibody Creation Platform for Treatment and Diagnosis of Human Diseases |
270 031 $ |
|
NanoPharm |
358 865 $ |
|
Créer un nouveau genre opératique pour la réalité augmentée : démocratisation, innovation, cocréation |
133 458 $ |
|
16 projets |
3 876 628 $ |
Deep-immune Cell Phenotyping by Spectral Flow Cytometry to Advance Inflammatory Arthritis and TNBC Therapies |
633 544 $ |
|
Machine ALD pour développement de composés nitrures destinés aux applications photoniques, neuromorphiques et quantiques |
260 000 $ |
|
Collaborative Robotics Platform for Exploration and Rescue Missions |
102 483 $ |
|
Research Infrastructure for the Chemistry and Chronology of Ancient Coloring Materials |
247 000 $ |
|
Analyses élémentaires, thermiques et environnementales d’alliages et céramiques pour le stockage d’énergie renouvelable |
172 441 $ |
|
5 projets |
1 415 468 $ |
Université du Québec - École de technologie supérieure
Caractérisation rhéologique avancée de matériaux |
160 000 $ |
|
Low Temperature Evaporator for High Performing Organic Thin Film Transistors |
160 000 $ |
|
2 projets |
320 000 $ |
Université du Québec - Institut national de la recherche scientifique
|
A High-temperature Synthesis and Electrochemical Characterization Platform for Solid-state Battery Materials |
130 460 $ |
|
Plasma Excitation for Sustainable Chemistry (PlExSusChem) Laboratory |
148 482 $ |
|
Infrastructure for Next-generation Materials and Devices for Neuromorphic and Sustainable Energy Applications |
164 251 $ |
|
Laboratory of Advanced Nanomaterials and In situ Characterization for Sustainable Energy |
125 551 $ |
|
Aquisition of a Nano-flow Analyzer for the Multiparametric Characterizations of Bio-nanoparticles |
179 924 $ |
|
Ultrastructural Studies of the Bacterial Cell Envelope |
179 939 $ |
|
6 projets |
928 607 $ |
Université du Québec à Chicoutimi
|
Vers une meilleure gestion des brise-vent en bleuetières pour faire face aux enjeux climatiques futurs |
101 000 $ |
|
Infrastructure pour la recherche et le développement d'évaluation de risqued'instabilité des massifs rocheux |
122 990 $ |
|
COPAC : Un projet de science citoyenne à la jonction entre sciences humaines et sciences de la santé |
150 632 $ |
|
Infrastructure de terrain pour la recherche en hydrogéomorphologie et en écologie des poissons |
144 001 $ |
|
4 projets |
518 623 $ |
Université du Québec à Montréal
|
M3Lab : Laboratoire mobile d'investigation multimodale en santé mentale et cognitive |
204 501 $ |
|
1 projet |
204 501 $ |
Université du Québec à Rimouski
|
Développement de modèles bioénergétiques innovants pour un large éventail d'organismes aquatiques |
123 906 $ |
|
Transcrire la Nouvelle-France : une infrastructure numérique de gestion, de partage et d’analyse documentaire |
170 191 $ |
|
Système portable pour l’analyse des aléas littoraux dans l’Arctique |
110 723 $ |
|
3 projets |
404 820 $ |
Université du Québec à Trois-Rivières
Plateforme de phénotypage métabolique et de sensibilité thermique |
|
|
Monitoring the Impact of Shrubification on Energy, Water, Carbon Soil-atmosphere Exchanges in Permafrost Regions |
121 123 $ |
|
2 projets |
282 978 $ |
Université du Québec en Abitibi-Témiscamingue
Intégration de la capacité d'adaptation aux stress environnementaux dans les modèles de transfert de l'épinette blanche |
|
|
Système d'antenne intelligent corporel pour les mines souterraines profondes |
75 000 $ |
|
Étudier les cycles du C, de l'N, du P et du S pour comprendre la matière organique et les relations sols-plantes |
75 000 $ |
|
3 projets |
200 000 $ |
Université du Québec en Outaouais
Approche par bassin versant expérimental pour étudier les services écosystémiques rendus par les milieux hydriques |
|
|
High Precision Neurostimulation for the Treatment of Mental Health Disorders |
124 799 $ |
|
2 projets |
250 774 $ |
Development of Nanomedicine for the Treatment of Cholestatic Autoimmune Liver Diseases |
|
|
Infrastructure pour le suivi génomique de la biodiversité des écosystèmes d’eau douce |
400 000 $ |
|
Un environnement sécuritaire pour des animaux immunosupprimés |
160 000 $ |
|
Gas Sequencer and Non-invasive Blood Pressure Monitor for Research and Innovation in Cerebrovascular Physiology |
80 762 $ |
|
PEBAR: Platform for Evolutionary Biochemistry of Antimicrobial Resistance |
436 444 $ |
|
Dynamiques géomorphologiques des plaines pergélisolées en dégradation et rétroactions environnementales |
93 307 $ |
|
L’infrastructure de chromatographie pour mieux comprendre le changement planétaire dans les écosystèmes aquatiques |
87 213 $ |
|
Laboratoire d'intelligence sur la durabilité des chaînes d'approvisionnement bioalimentaires |
151 450 $ |
|
Imaging and Interrogation of Brain Circuits in Behaving Animals |
119 010 $ |
|
Interactions between Fatigue and Motor Learning: A Better Understanding for a Better Management |
135 885 $ |
|
Noradrenergic Modulation of Neuronal Activity during Learned Behaviors |
144 093 $ |
|
Laboratoire vivant de recherche en mobilité urbaine, intelligente et durable |
473 718 $ |
|
Urban Forestry Climate Adaptive and Resilience Laboratory (UFCAR Lab) |
145 694 $ |
|
Sex-difference in Cell Culture of Aortic Valve |
80 000 $ |
|
Nutritional Metabolomics for Cardiometabolic Disease: From Signature Identification to Prevention |
125 398 $ |
|
Influence of Dopamine on Motor Cortical Plasticity |
119 994 $ |
|
Soutenir les recherches sur les pratiques immersives et interactives-LAMIC/LANTISS |
325 000 $ |
|
Mechanistic Insights of Gut Microbiota and Metabolism using a Host Independent in Vitro SHIME System |
79 392 $ |
|
18 projets |
3 360 031 |
Understanding the Effect of Multi-stressors in Aquatic Environments |
|
|
Delineating the Mechanisms Driving the Pathogenesis of Crohn’s Disease-associated Bacteria |
253 182 $ |
|
Early Life Antibiotic Exposure: Effects on Neuroendocrine Regulators of Lung Function and the Allergic Airway Response |
146 402 $ |
|
Understanding Stress Responses in Lymphatic Disorders |
100 000 $ |
|
Neural Imaging Infrastructure Enabling the Study of Early Brain Development and Neurogenesis In Vivo |
235 677 $ |
|
Learning-aided Cooperative Navigation: Towards Safe Human-autonomy Interactions in Unstructured and Dynamic Environments |
100 830 $ |
|
Studying the Fate of Cells through Long term Timelapse Imaging |
197 396 $ |
|
Quantitative Kinetic Modeling Capability for Tumor PET/MRI, Brain PET/MRI and Cardiac PET/MRI |
152 979 $ |
|
Electrochemical-chemical Test Platform for Novel Alkali Metal Anode-Based Battery Technologies |
131 089 $ |
|
Nucleation of Ice and Gas Hydrates |
199 910 $ |
|
The Roles of Vesicle Trafficking in the Pathogenesis of Acute and Chronic Diseases |
477 329 $ |
|
Advanced Free Radical Metabolite Analysis |
413 155 $ |
|
Precision Human Health Laboratory |
507 115 $ |
|
A Mechanical Tester for Elastomers and Gels with Bioinspired Patterns of Stiffness Gradient |
76 096 $ |
|
Augustana Movement and Diabetes Laboratory |
175 452 $ |
|
Facility for Reaction Discovery in Electrocatalysis |
218 571 $ |
|
16 projets |
3 503 452 $ |
University of British Columbia (The)
3D-MARVIN: 3D Microstructural Analysis, Reconstruction, Visualization & Inspection |
|
|
Cyclic Direct Simple Shear Equipment for Geotechnical Earthquake Engineering Testing |
125 000 $ |
|
Improving Literacy Outcomes for Diverse Students and their Families in the Reading, Language, and Mathematics Lab |
106 943 $ |
|
Delineating Aggressive B-cell Lymphomas Heterogeneity and Pathogenic Trajectories to Optimize Cell-based Immunotherapies |
250 000 $ |
|
Infrastructure for Advanced Spine Mechanics Research |
184 580 $ |
|
Smart Analytics Lab for Modelling Advanced and Livable Infrastructure Systems |
111 995 $ |
|
The Personality and Geographical Ambiance (PANGEA) Lab: A Locally-rooted Globally-connected Big-data Research Hub |
36 317 $ |
|
Emerging Technologies for Optical Wireless Communications |
399 338 $ |
|
Infrastructure for Exploring In-Situ Interfaces |
225 000 $ |
|
Advanced Laser Ablation Spectroscopy: A Green Path to Canada's Critical Minerals |
520 000 $ |
|
UBC Food & Beverage Innovation Center |
700 000 $ |
|
The use of Human Stem Cells to Understand Mechanisms and Develop Treatments for Neurological Disorders |
200 000 $ |
|
BRAvE at BCCH |
700 000 $ |
|
Pulsars and Gravitational Waves: A New Window to the Extreme Universe |
750 000 $ |
|
Transforming Heart Failure: Integrated Network Redesigned for Improved Outcomes (TOHFINO): An AI- Empowered Paradigm |
400 000 $ |
|
Metabolic Caging for the Assessment of Energy Balance and Substrate Utilization in Mice |
125 000 $ |
|
Nutrition and Eating Behaviour Laboratory |
125 000 $ |
|
Applied Microbial Systems Ecology: An Integrated Approach to Stable Bioprocesses |
125 000 $ |
|
The Loucks Pain Management Pharmacogenomics (PMP) Lab |
125 000 $ |
|
Infrastructure for Advancing Galaxy Evolution Research with the James Webb Space Telescope and the Gemini Observatory |
80 000 $ |
|
Multimodal Slide Scanning for Dental Research |
81 936 $ |
|
Multi-Axial Subassemblage Test System (MAST) to Develop Resilient and Sustainable High-rise Buildings |
619 000 $ |
|
Pharmacometabolomics for Precision Cancer Treatment |
350 000 $ |
|
Microbial and Chemical Contaminant Removal in Decentralized Water Treatment Systems |
125 652 $ |
|
Hydrogel-based Adhesive Artificial Mucosa (HAAM): A Novel Versatile Platform for Cancer Therapy and Prevention |
150 000 $ |
|
Facility for the study of People-Predator-Prey Interactions (P3I) |
150 000 $ |
|
Development of the Spinal Cord Injury Connectomics Laboratory |
150 000 $ |
|
Laboratory for Experimental Evolution of Pathogens (LEEP) |
405 000 $ |
|
Building a Decentralized Future with Foundation Models: Continual Learning and Monitoring at the Edge |
375 000 $ |
|
Coastal Wetland Ecology and Restoration |
144 579 $ |
|
Quantum Computation and Networks with Spins |
560 000 $ |
|
Stormwater Infrastructure for Treatment of Emerging Trace Organic Contaminants |
118 109 $ |
|
Plant Diversity, Adaptation and Bioengineering (PDAB) lab |
200 000 $ |
|
Dissecting the Genomic Impact of Transposable Element with the High-throughput Genome Conflict Lab |
180 000 $ |
|
34 projets |
9 148 449 $ |
High Resolution Live Imaging of Yeast to Help Cure what Ails You |
|
|
Quantum Control of Anti-atoms with Microwave Technologies |
250 000 $ |
|
Visualizing Human Vascularized Organs-on-Chips to Understand Endotheliitis in Infectious Diseases |
250 000 $ |
|
Structural and Functional Studies of Protein Kinase-Ion Channel Interactions |
150 000 $ |
|
Intelligent Security Monitoring of Critical Cyber-physical Systems |
165 000 $ |
|
Role of Bone Marrow Niche in Regulation of Host Immunity against Tuberculosis |
282 802 $ |
|
Therapeutic Synergy of Surgery, Radiation and STING Immunotherapy in Pre-clinical Models of Sarcoma |
400 000 $ |
|
An Integrated Ultra Low Latency Networking and Sensing Platform for Metaverses and 6G Applications |
160 000 $ |
|
Digital Spatial Profiling and Molecular Spatial Imaging for the Precision Medicine in Nephrology Program |
440 000 $ |
|
Robotic Balance Platforms for Probing Human Standing Balance |
230 800 $ |
|
Microbiota-host Interactions and the Gut-liver Axis in Non-alcoholic Fatty Liver Disease |
316 850 $ |
|
Engineering Synthetic Biology Integrated Wearable Medical Devices for Longitudinal and Real-time Health Monitoring |
78 501 $ |
|
Long-read Sequencing for Genomics of Parasites and Vectors |
104 600 $ |
|
Design and Additive Manufacturing of Lightweight Nanocrystalline Alloys |
162 750 $ |
|
Collaborative Multirotor Aerial Vehicles (MAVs) Subject to Disturbances for Precise Maneuvers |
160 000 $ |
|
15 projets |
3 431 303 $ |
Infrastructure to Establish a Lab in Comparative Neurogenesis |
|
|
Advanced Robotic Imaging Systems to Support High Throughput Screening Approaches |
101 392 $ |
|
An Integrated UAV-Hyperspectral-LiDAR System for Forest Health Monitoring |
116 258 $ |
|
Investigating Biopolymer Interactions for the development of Biosensing and Nucleic Acid-based Therapeutic Applications |
261 510 $ |
|
Investigating the role of Innervation in the Post-injury Microenvironment during Regeneration |
96 276 $ |
|
Sportacle: An Integrated Database and Analytics Platform |
54 121 $ |
|
Modelling Occupancy of an Endangered Lemur Species Community |
31 503 4 |
|
Towards a Mechanistic Understanding of Global Ghange: Effects of Warming on Biological Processes Across Scales |
90 000 $ |
|
Single-Crystal X-ray Diffractometer: Critical Infrastructure for Advanced Materials Research at the University of Guelph |
305 000 $ |
|
9 projets |
1 143 655 $ |
Innovative Brain Imaging Techniques for Aging-Associated Diseases |
|
|
Building an Integrative Research and Assessment Hub for Language and Communication Development |
124 939 $ |
|
2 projets |
688 405 $ |
From Bench to Bedside: Uncovering Molecular Mechanisms of Inflammation, Biomarkers, and Novel Therapeutics in RA and IBD |
|
|
NeVRo: Combining Calcium Imaging, Optogenetics and Virtual Reality to Investigate Internal Clock in Autism |
159 530 $ |
|
Precision Genomics Suite |
513 665 $ |
|
In Situ Battery Materials Characterization Suite |
154 054 $ |
|
Infrastructure to Advance the Development of Healthy Grain-based Food Products |
159 904 $ |
|
"Aki and Mino-pimatiisiwin" - Land and Water are needed for All of Our-Relations' Well-being |
153 035 $ |
|
Smart Sensing Technologies and Data-driven Innovations: The Future of Food Processing |
160 000 $ |
|
RNA And Protein Integrated Discovery (RAPID) Platform |
530 000 $ |
|
An Integrated High-throughput Tissue Imaging and Cell Sorting Platform |
318 454 $ |
|
9 projets |
2 491 800 $ |
University of New Brunswick Functional Genomics Centre |
|
|
Automated Quantum Materials Laboratory for Energy Recovery and Generation |
172 500 $ |
|
Ecology and Conservation of Endangered Species in Coastal and Marine Systems |
150 000 $ |
|
3 projets |
495 000 $ |
Effort Perception & Automatic Behaviors in Physical Activity Across the Lifespan |
|
|
An Ultra Sensitive Microfluidics based Biosensor for Foodborne Pathogen Detections |
460 597 $ |
|
Assistive-device Biocompatibility Lab: Moving into the Future |
383 636 $ |
|
Zero-carbon Building Facility |
481 422 $ |
|
Molecular Determinants and Effects of New Treatment Approaches in Psychiatry |
364 422 $ |
|
A Front-lead Field-based Research Program Exploring the Intersection of Geologic Fluids and Society |
108 359 $ |
|
Identifying Best Music Education Programs for Rehabilitation Strategies in Children and Older Adults |
329 050 $ |
|
A Cryo-EM Drug Discovery Pipeline Targeting the Acetylcholine Receptor for the Treatment of Neuromuscular Disease |
292 058 $ |
|
Large-scale Modelling of Lyme Disease under Climate, Environmental and Socio-demographic Changes |
151 603 $ |
|
The Composition and Distribution of Platinum-group Minerals in Rocks |
136 950 $ |
|
Role of Histone Chaperones in Neurodevelopment |
95 000 $ |
|
Single-cell Analysis of Epithelial-mesenchymal Plasticity |
700 000 $ |
|
12 projets |
3 903 097 $ |
University of Prince Edward Island
Development of the Atlantic Zero-emission Energy System Laboratory |
|
|
The UPEI Cancer and Stem Cell Bioanalytical Suite |
234 321 $ |
|
2 projets |
381 885 $ |
The Environmental Geochemistry and Interfaces Lab (EGI Lab) |
|
|
1 projet |
191 372 $ |
High Temperature and Pressure Reactors and Analytical Tools for Processing and Synthesis of Bioproducts from Biomass |
|
|
An Optical-based Microvascular Imaging Platform (mVIP): The role of the Microcirculation in One Health |
136 598 $ |
|
Environmental Plant Pathogen Interaction Centre (EPPIcentre) Phase 2 |
796 910 $ |
|
3 projets |
1 083 108 $ |
University of the Fraser Valley
Centre for High Pressure Research: CHPR |
|
|
1 projet |
208 557 $ |
|
Assessing Plant Responses to Environmental Change |
336 000 $ |
|
Multi-scale Biomechanics of Orthopaeadic Sports Medicine Laboratory |
200 000 $ |
|
Enhancing Community Research Access to Neuroimaging in Aging using Portable Low-field MRI |
222 063 $ |
|
The Indoor Microbiology and Environmental Exposures Laboratory |
100 000 $ |
|
Revealing the Molecular Basis of Postnatal Brain Maturation with Innovative Genetic and Optical Approaches in Zebrafish |
125 000 $ |
|
Neural Scene Representations for Active 3D Imaging |
200 000 $ |
|
Determining the Role of the Immune Microenvironment in Oral Cancer and Periodontitis using Tissue Spatial Phenotyping |
250 000 $ |
|
Program to Study the Interaction of Genes with the Environment and Immunity and Various Pathological Conditions |
350 000 $ |
|
Examining Movement in Complex and Cluttered Environments to Inform Policy, Clinical Interventions and Clinical Education |
79 495 $ |
|
Establishment of Metallurgical Materials and Corrosion Laboratory Group for Corrosion Microscopy Studies |
100 000 $ |
|
Elucidating the Effects of Anthropogenic Stressors on the Behaviour and Physiology of Aquatic Animals |
239 868 $ |
|
High Throughput Imaging Cell Sorter for Single Cell Analysis of Immune Responses in Infection, Autoimmunity and Cancer |
240 000 $ |
|
Multifunctional Materials for Biomedical Applications |
400 000 $ |
|
4D Quantitative Cardiovascular Physiology Centre |
650 000 $ |
|
Next Generation Computational MRI for Rapid Neuroimaging and Image-guided Therapy |
155 000 $ |
|
A Molecule to Mouse Approach to Study the Intracellular Localization of Genetic Code Interpretation in Mammalian Cells |
400 000 $ |
|
Facility for Quantum Materials and Device Assembly from Atomically Thin van der Waals Layers |
800 000 $ |
|
Advanced Cold Spray Facility |
200 000 $ |
|
Imaging Biophysical Determinants of the Innate Immune Response |
799 597 $ |
|
AI Platform for Mapping, Tracking and Predicting Circuit Alterations in Alzheimer’s Disease |
155 000 $ |
|
A Computer Graphics Perspective on Entanglement of Slender Structures |
600 000 $ |
|
Enabling a High-throughput Drug Discovery Pipeline for Targeting Disease-related Human Proteins |
439 721 $ |
|
Real-time Multi-faceted Probes of Quantum Materials |
365 000 $ |
|
2p-RAM for Whole-brain Single-neuron Imaging of Behaving Zebrafish to Study Neural Mechanisms of Cognitive Behaviors |
512 059 $ |
|
Integrated Circuits for Wireless Brain Implants with Multi-modal Neural Interfaces |
100 000 $ |
|
Healthy Life Trajectories Initiative (HeLTI) Analytics Platform |
375 507 $ |
|
Accelerating Biomanufacturing Innovation Through Enhanced Capacity for Scale-up and Downstream Bioprocess Engineering |
400 000 $ |
|
H-SCREEN: A Platform for High Throughput and High Content Imaging-based Small Molecule Screens for Disease Modulation |
755 636 $ |
|
Automation and Equity in Healthcare Laboratory |
150 000 $ |
|
Infrastructure for Structural and Functional Virology Research hub |
650 000 $ |
|
3P Lab: Centreing Power, Privilege and Positionality for Health Equity Research |
353 169 $ |
|
Ramsey Laboratory for Environmental Archaeology (RLEA): How Human-Environment Interactions Shaped Plant-Food Production |
132 000 $ |
|
Next-generation Real-time Closed-loop Personalized Neurostimulation |
220 000 $ |
|
Ultra-sensitive Cryogenic Detector Development for Dark Matter and Neutrino Experiments |
312 000 $ |
|
Helium Recovery System for the Biomolecular NMR Facility |
350 000 $ |
|
35 projets |
11 717 115 $ |
State-of-the-Art Multi-collector Inductively Coupled Mass Spectrometry Laboratory for Earth, Ocean and Climate Science |
|
|
Ocean Climate Change Experimental Lab |
175 000 $ |
|
Old Cell Enrichment (OCE)-DSB Imaging Platform to Investigate Age-related Causes of Genome Instability |
175 000 $ |
|
Human Motion at the Intersections of Engineering and Art through Extended Realities |
100 000 $ |
|
Reducing Non-communicable Chronic Disease by Moving Behavioral Science into the Real World |
130 000 $ |
|
NMR Appurtenance for Synthesis |
180 000 $ |
|
6 projets |
1 140 000 $ |
Cave Automatic Virtual Environment Research Nodes (CAVERNs) |
|
|
Live-imaging Confocal Microscopy of Dynamic Process for Regenerative Medicine Application and Biotechnology Development |
163 000 $ |
|
Scalable Infrastructure for Data-intensive Systems |
220 000 $ |
|
Hyperspectral Imaging for Quantifying Methane from Anthropogenic and Natural Sources |
300 000 $ |
|
Resolving Ecosystem Scale Greenhouse Gas Dynamics of Human-impacted Freshwaters |
100 000 $ |
|
Dual-arm Mobile Manipulation: Human-centered Interaction for Human Spaces |
100 000 $ |
|
Development of a Comprehensive Laboratory for Evaluation of Tissue Mechanics |
100 000 $ |
|
Emerging Natural Interactive Technologies to Support Older Adults' Social Connections and Digital Inclusion |
80 000 $ |
|
A Transmission Electron Microscope Optimized for the Visualization of Unstained Biological Specimens |
451 157 $ |
|
Engineering Multifunctional All-liquid Soft Materials and Ultra-light Weight Aerogels |
49 635 $ |
|
An Indoor Air Quality and Occupant Exposure Testing and Monitoring Laboratory |
100 000 $ |
|
Imaging System for the Development of Medical Microrobots |
80 000 $ |
|
12 projets |
1 868 792 $ |
University of Western Ontario (The)
Mass Spectrometer for the Support of Small Molecule Synthesis |
|
|
Infrastructure to Support Data Science-driven Health Research Projects at Western University |
486 166 $ |
|
Accelerating Clinical Translation of 129Xe/19F MRI for Addressing Lung and Brain Disease |
321 725 $ |
|
Body, Mind, and Movement Research Laboratory |
239 308 $ |
|
Investigating Placental Development in Normal and Pathological Pregnancy |
208 262 $ |
|
Laboratory for Integrative Studies of Avian Communication |
145 928 $ |
|
Two-photon Calcium Imaging in Marmosets |
604 742 $ |
|
Multiscale Electrochemical Degradation Laboratory |
422 261 $ |
|
Protein Conformational Regulation after Phosphorylation: A New Paradigm in Cell Signaling and Drug Discovery |
800 000 $ |
|
9 projets |
3 682 740 $ |
A Microwave Plasma Reactor with Characterization and Simulation Systems for Synthesis of Graphene and CO2 free Hydrogen |
|
|
Field to Lab Environmental DNA/RNA Facility: Applications from Microbes to Metazoans |
80 557 $ |
|
Laboratory for Integrated System of Human-driven Vehicles and Connected and Autonomous Vehicles |
245 137 $ |
|
Biomolecular Interaction Analysis Platform to Innovate Therapeutic and Diagnostic Solutions |
90 555 $ |
|
Infrastructure for Solid-State Materials Discovery and Characterization Facility |
80 556 $ |
|
Facility for Research on Affordable and Sustainable Housing using Construction Printing Technology |
139 369 $ |
|
6 projets |
801 730 $ |
The University of Winnipeg Centre for Cognitive Neuroscience |
|
|
1 projet |
130 344 $ |
High-resolution Ambient Mass Spectrometry Imaging for In-situ Spatial Metabolomics |
|
|
Vancouver Island Eye-tracking Hub: Creating Regional Capacity for Evidence-based, Non-invasive Cognitive Assessment |
31 494 $ |
|
2 projets |
106 389 $ |
Neural Tracking of Dynamic Social Behavior in Degu Motor Cortex |
|
|
Bioelectric Control of Cell Fate and Tissue Plasticity |
75 000 $ |
|
Equipment for Understanding Innate Immune Pathway Modulation using Nanoparticles |
80 000 $ |
|
The Neural Correlates of Auditory Feedback Control of Speech Across the Lifespan |
80 000 $ |
|
* FLAGship Digital Media Lab |
29 774 $ |
|
5 projets |
327 804 $ |
* Financement de l’infrastructure liée au soutien à la recherche du CRSH
Infrastructure for Innovative Nanomaterials for Energy and Environment |
|
|
Infrastructure for High-Definition Microplastic Detection (HD-MPD) and Identity Analysis |
126 254 $ |
|
Landscapes in Transition: Environmental Sensitivities Due to Climate Change |
198 161 $ |
|
3 projets |
463 000 $ |
 NOTER :
Cette annonce comprend l’attribution d’une somme additionnelle de 26 182 156 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.