AllerGen Investigators
Search the AllerGen Investigators Database to learn about the AllerGen Investigators who are participating in, or have participated in, AllerGen-funded project(s). You can also meet some of these researchers on AllenGen’s YouTube channel.
The researchers listed here have formal status as AllerGen-affiliated Investigators.
For AllerGen project collaborators, see the AllerGen Collaborators Database.
This database can be sorted and/or searched by any data field.
Last name, first name | Affiliation | Discipline | Project involvement |
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Abugharbieh, Rafeed |
University of British Columbia | Electrical and Computer Engineering |
Development of a Microarray Genotyping Chip for Clinical Trials ——- Mini-CHILD: AllerChip – Development, Validation and Implementation of a Microarray Genotyping Tool for Allergy and Asthma Research |
Adamko, Darryl |
University of Alberta; University of Saskatchewan | Pediatrics; Pulmonary Medicine |
Urine NMR-based Metabolomics for Asthma Diagnosis ——- Urine NMR-Metabolomics for Asthma Diagnosis: Respirlyte ——- Commercialization of a Metabolomic-Based Diagnostic for Asthma ——- Functional genomic and proteomic changes in response to nasal allergen challenge and following peptide immunotherapy treatment of the same: A partnership with the Allergic-Rhinitis Clinical Investigator Collaborative (AR-CIC) and industry ——- Metabolomics ——- Mini-CHILD: Development of objective measurement of airway inflammation and lung function in infants ——- Non-invasive diagnosis: Metabolics for the various phenotypes of asthma (formerly: Diagnosing the Various Phenotypes of Asthma: The Use of Urine NMR) ——- The Clinical Investigator Collaborative (CIC)-Allergic Asthma (AA) ——- The Clinical Investigator Collaborative (CIC)-Allergic Rhinitis (AR) ——- Identifying Childhood Sleep-Disordered Breathing (SDB) phenotypes using Urine Metabolomics |
Agnes, George |
Simon Fraser University | Chemistry |
Development of a Human Phthalate Inhalation Exposure Model ——- Environmental impact, inflammation and the role of IL-13 receptor a2 |
Allen, Ryan |
Simon Fraser University | Environmental Health |
Mini-CHILD Environment – Assessment of Land Use Regression ——- An Assessment of Long-Term Indoor Residential Pollution Exposures among Canadian Children ——- Better Exposure Avoidance Measures (BEAM) and New Environmental Sensor Tool Development ——- Development of a Human Phthalate Inhalation Exposure Model ——- Improved Tools for Assessing Long-Term Indoor and Outdoor Exposures in Epidemiologic Studies of Allergy and Asthma & Repeat Home Visits and Alternative Sampling Techniques in the Mini-CHILD Study (Mini-CHILD II) ——- Mini-CHILD: Assessment of the home environment |
Anand, Sonia |
McMaster University | Population Health and Epidemiology, Vascular Medicine |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- Understanding the Impact of Maternal and Infant Nutrition on Infant/Child Health ——- Early Life Determinants of Asthma |
Arck, Petra |
McMaster University | Clinical Immunology & Allergy; Neuroimmunology |
Developmental plasticity and fetal programming of asthma in mice ——- Perinatal stress and programming of allergic responses |
Asai, Yuka |
Queen's University | Dermatology |
12CanFAST2 – Causes and Prevention: Identifying the genetic basis of peanut allergy |
Austin, Jehannine |
University of British Columbia | Psychiatry |
Postpartum Distress and Childhood Asthma: The Genetics, and the Social and Ethical Impacts of this Genetic Association |
Azad, Meghan |
University of Manitoba | Pediatrics & Child Health and Community Health Sciences |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- SyMBIOTA ——- Knowledge Mobilization for the CHILD Study ——- Better Exposure Avoidance Measures (BEAM) —- Let Them Eat Dirt: The Hunt for Our Kids’ Missing Microbes |
Bai, Tony |
University of British Columbia | Respiratory Medicine |
Environmental impact on the epithelial immune barrier in asthma |
Becker, Allan |
University of Manitoba | Pediatrics & Child Health |
Enhancing RAP for First Nations Communities ——- A Cross-Canada Anaphylaxis Registry (C-CARE) ——- Allergy-Brain Connection (ABC) Research Team ——- Building continuity of support for allergic children with asthma and/or anaphylaxis and their families ——- Causes and Prevention: Identifying the genetic basis of peanut allergy ——- Certified Allergy Educator Program ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— CHILD Coordinator 3-year Clinic Training Session Workshop in Manitoba ——- CHILD Executive Meeting Workshop in Toronto ——-Knowledge Mobilization for the CHILD Study —— Clustering approaches to unravel complex asthma phenotypes ——- Development of an Evidence-based Certified Allergy Educator Program ——- Engaging Aboriginal families affected by allergies and asthma in support-education program development ——- Functional genetics in allergy ——- Gender-related biologic and sociologic impact of obesity ——- Genome wide association study of allergy and asthma in the Canadian Asthma Primary Prevention Study (CAPPS) and the Study of Allergy Genes and Environment (SAGE) ——- Genome-wide Association Results ——- Health and India-Canada Workshop for Development of Mobile e-Health Technologies ——- Maternal distress and the development of atopic disease in children: Potential pathways and interventions ——- Maternal Stress and Childhood Asthma ——- Metabolomics ——- Mini-CHILD: Environment ——- Development of a National Food Allergy Strategy for Canada: Step 1 ——- Project 500 —— Development of a Mobile Application for Food Allergic Children & Teens |
Befus, Dean |
University of Alberta | Pulmonary Medicine |
Neuroendocrine Regulation of Allergic Inflammation: Translational Studies ——- Biomarkers of a Sympathetic Anti-inflammatory Pathway, Neuro-regulation of Sympathetic Anti-inflammatory Activity ——- Building a collaborative working group to inform the development of a National Lung Health Framework (NLHF) Phase II ——- CHILD Executive Meeting Workshop in Toronto ——- Clinical Investigator Collaborative (CIC) ——- Enhancing RAP for First Nations Communities ——- Getting Asthma on to the School Agenda: A KT strategy ——- KT feasibility study ——- Mini-CHILD: Development of objective measurement of airway inflammation and lung function in infants ——- Neuroimmune interactions: a partnership in drug development and translational research ——- Preventing Severe reactions – Preclinical Studies ——- Shared Decision in Asthma Management: A Strategy to Improve Asthma Control ——- Technology-enabled Knowledge Translation and Mobilization ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- The distribution and function of FceR1 on nerves ——- The Roaring Adventures of Puff: A school-based asthma education program ——— International Union Against Tuberculosis and Lung Disease IPI: El Salvador —— Studies of CABS1 as a Biomarker and Potential Therapeutic Agent for Stress —— Project 500 —— Improved diagnosis of asthma: metabolomics |
Bégin, Philippe |
Université de Montréal | Allergy and Clinical Immunology |
A Cross-Canada Anaphylaxis Registry (C-CARE) —— Improving Oral Food Challenge (OFC) Implementation in Canada |
Beischlag, Tim |
Simon Fraser University | Faculty of Health Sciences |
An Assessment of Long-Term Indoor Residential Pollution Exposures among Canadian Children ——- Improved Tools for Assessing Long-Term Indoor and Outdoor Exposures in Epidemiologic Studies of Allergy and Asthma & Repeat Home Visits and Alternative Sampling Techniques in the Mini-CHILD Study (Mini-CHILD II) |
Beischlag, Timothy |
Simon Fraser University | Pharmacology | |
Ben-Shoshan, Moshe |
McGill University | Clinical Epidemiology; Allergy & Clinical Immunology |
A Cross-Canada Anaphylaxis Registry (C-CARE) ——- Causes and Prevention: Identifying the genetic basis of peanut allergy ——- Certified Allergy Educator Program ——- Cross-Canada Anaphylaxis REgistry (C-CARE) ——- Disease Modulation Clinical Tolerance Study ——- Surveying the Prevalence of food Allergy in All Canadian Environments -Trends Over Time (SPAACE to SPAACE) ——- Development of a National Food Allergy Strategy for Canada: Step 1 —— The Economic Impact of Food Allergy in Canada —— Food Allergy Management at University from the Perspective of Students and Food Service Management |
Beyene, Joseph |
McMaster University | Clinical Epidemiology & Biostatistics/Population Health Sciences |
Antenatal steroid therapy for fetal lung maturation: Is there an association with childhood asthma |
Bhutani, Mohit |
University of Alberta | Critical Care Medicine; Respirology |
Clinical Investigator Collaborative (CIC) ——- Shared Decision in Asthma Management: A Strategy to Improve Asthma Control |
Bienenstock, John |
McMaster University | Pathology and Molecular Medicine |
Effects of probiotics on murine model of asthma ——- Canadian Group of Food Allergy Research (CanGoFAR) ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- Perinatal stress and programming of allergic responses ——- Strategies for enhancing tolerance induction: Preclinical studies and CHILD linked project development ——- Stress allostatic load and risk of allergies and asthma in children of immigrants ——- The distribution and function of FceR1 on nerves |
Blais, Lucie |
Université de Montréal | Pharmaceutical Sciences |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting ——- Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Blanchet, Marie-Renee |
Université Laval - IUCPQ | Reagents for Hyp. Pneum. |
CD34 as a therapeutic target for allergic inflammation and asthma |
Blinkie, Darren |
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Bosse, Yohan |
Université Laval | Endocrinology & Genomics, Molecular Medicine |
Functional TSLP genomics in vitro and ex vivo: human epithelial cell production of TSLP in relation to asthma development |
Boulet, Louis-Philippe |
Université Laval | Pneumology |
The link between upper and lower airway inflammation ——- Allergic Rhinitis Clinical Investigator Collaborative (AR-CIC): Development of a standardized nasal allergen challenge model for a multi-center research collaborative to investigate novel therapeutic agents for allergic rhinitis ——- Biomarkers of a Sympathetic Anti-inflammatory Pathway, Neuro-regulation of Sympathetic Anti-inflammatory Activity ——- Clinical Investigator Collaborative (CIC) ——- Development of an Adaptive Immune Phenotyping Monitoring Platform ——- Development of an Evidence-based Certified Allergy Educator Program ——- Genetics of the early and late responses to AllerGen challenge ——- Mobilizing best practices in Asthma and Allergy management and use of the Air Quality Health Index in the Canadian sport and recreation community ——- Role of fibrocytes as biomarkers of airway remodelling in asthma: A proof of concept ——- Shared Decision in Asthma Management: A Strategy to Improve Asthma Control ——- The Clinical Investigator Collaborative (CIC)-Allergic Asthma (AA) ——- The Clinical Investigator Collaborative (CIC)-Allergic Rhinitis (AR) ——- The Clinical Investigator Collaborative (CIC)-Severe Asthma —— Development of an Educational Program on Asthma and Associated Respiratory Disorders Adapted for High-Level Athletes —— Nebulizer assessment for sputum induction —— Markers of Inflammation – Development and Optimization of Assays —— CIC Mediator Library —— Methacholine challenge: comparison of airway responsiveness between vibrating mesh and jet nebulizer aerosol generation —— Knowledge Mobilization for the CIC —— Mannitol-Induced Cough Challenge in Healthy Controls and Subjects with Mild Allergic Asthma —— Inhaled allergen challenge methodology: assessment of a vibrating mesh nebulizer for allergen administration |
Brauer, Michael |
University of British Columbia | Environmental Health; Atmospheric Science |
Traffic-related air pollution as a risk factor for the development of childhood asthma ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Brinkman, Fiona |
Simon Fraser University | Molecular Biology & Biochemistry |
A network biology approach to allergy requires annotated database of molecular interaction ——- Molecular interactions and ontologies for allergy and asthma —— Assessment of AllerGen data and initiation of select data integration —— Initiating Database Research and Development for AllerGen Data Integration —— Stem Cell Team for Emerging BioMarkers |
Brook, Jeff |
Environment Canada/University of Toronto | Air Quality Research/Occupational & Environmental Health |
An Integrative Multidimensional Genomic and Epigenomic Approach for the Study of Short-Term Diesel Exhaust on Asthmatics ——- Allergic asthma: Air pollution and allergen interactions ——- An Assessment of Long-Term Indoor Residential Pollution Exposures among Canadian Children ——- Better Exposure Avoidance Measures (BEAM) and New Environmental Sensor Tool Development ——- Cardiopulmonary consequences of air pollution in a murine model of allergic asthma ——- CHILD Executive Meeting Workshop in Toronto ——- Environmental Affects on Allergic Airway Disease ——- Improved Tools for Assessing Long-Term Indoor and Outdoor Exposures in Epidemiologic Studies of Allergy and Asthma & Repeat Home Visits and Alternative Sampling Techniques in the Mini-CHILD Study (Mini-CHILD II) ——- Mini-CHILD: Environmental assessment of molecular genetic characterization of microbes in outdoor and indoor air and dust ——- Mobilizing best practices in Asthma and Allergy management and use of the Air Quality Health Index in the Canadian sport and recreation community ——- Rapid Environmental Effects on Genes: The Lens of Epigenetics (REEGLE) ——- Strengthening the Case for Ongoing Reduction of Exposure to Traffic-Related Air Pollution (SCORE-TRAP) ——- Technology-enabled Knowledge Translation and Mobilization ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- Traffic-related air pollution as a risk factor for the development of childhood asthma ——- Chemical Management Program (CMP) Investment in Analayis of CHILD Urine Samples for Metabolites of Phthalates —— Project 500 |
Brownell, Marni |
University of Manitoba | Health Policy, Community Health Sciences |
Allergy-Brain Connection (ABC) Research Team ——- Maternal distress and the development of atopic disease in children: Potential pathways and interventions |
Brudno, Michael |
University of Toronto | Computer Science; Computational Medicine |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Burstyn, Igor |
University of Alberta / Drexel University | Occupational Hygiene, Epidemiology |
Pan Canadian study of gene-environment interactions in the etiology of occupational asthma ——- Surveillance of occupational asthma |
Cameron, Lisa |
University of Alberta | Pulmonary Medicine |
Functional genetics in allergy |
Carlsten, Chris |
University of British Columbia | Respirology; Occupational and Environmental Lung Disease |
An Integrative Multidimensional Genomic and Epigenomic Approach for the Study of Short-Term Diesel Exhaust on Asthmatics ——- Clinical Investigator Collaborative (CIC) ——- Development of a Human Phthalate Inhalation Exposure Model ——- Genetics of the early and late responses to AllerGen challenge ——- Genome wide association study of allergy and asthma in the Canadian Asthma Primary Prevention Study (CAPPS) and the Study of Allergy Genes and Environment (SAGE) ——- Mini-CHILD: Environment —— Strengthening the Case for Ongoing Reduction of Exposure to Traffic-Related Air Pollution (SCORE-TRAP) —— Rapid Environmental Effects on Genes: The Lens of Epigenetics (REEGLE) |
Carr, Stuart |
University of Alberta |
Development of an Evidence-based Certified Allergy Educator Program ——- Disease Modulation Clinical Tolerance Study ——- Technology-enabled Knowledge Translation and Mobilization —— Legal Rights and Allergy Policy |
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Caulfield, Timothy |
University of Alberta | Law |
Evidence, ethics and health policy research ——- Moving forward with birth cohort research in Canada: The legal and ethical foundations for the CHILD study ——- Technology-enabled Knowledge Translation and Mobilization ——- Using and abusing evidence in science and health policy ——- White Paper Series —— Legal Rights and Allergy Policy |
Chad, Zave |
Canadian Allergy, Asthma and Immunology Foundation | Allergy & Immunology | |
Chakir, Jamila |
Université Laval | Immunology |
Clinical Investigator Collaborative (CIC) ——- Role of fibrocytes as biomarkers of airway remodelling in asthma: A proof of concept ——- The Clinical Investigator Collaborative (CIC)-Allergic Asthma (AA) —— Markers of Inflammation – Development and Optimization of Assays —— Knowledge Mobilization for the CIC —— Nasal allergen challenge – reproducibility of biomarkers and effect of topical steroid treatment |
Chan-Yeung, Moira |
University of British Columbia | Respiratory Medicine |
Genome wide association study of allergy and asthma in the Canadian Asthma Primary Prevention Study (CAPPS) and the Study of Allergy Genes and Environment (SAGE) ——- Mini-CHILD: Environment |
Chan, Edmond |
BC Children's Hospital | Pediatric Allergist |
A Cross-Canada Anaphylaxis Registry (C-CARE) ——- Causes and Prevention: Identifying the genetic basis of peanut allergy —— The Economic Impact of Food Allergy in Canada —— Making Sense of Food Allergies —— Improving Oral Food Challenge (OFC) Implementation in Canada |
Chartier, Mariette |
University of Manitoba | Community Health Sciences |
Allergy-Brain Connection (ABC) Research Team ——- Maternal distress and the development of atopic disease in children: Potential pathways and interventions |
Cherry, Nicola |
University of Alberta | Epidemiology, Occupational Asthma |
Pan Canadian study of gene-environment interactions in the etiology of occupational asthma ——- Surveillance of occupational asthma |
Clarke, Ann |
University of Calgary | Pediatrics & Clinical Epidemiology |
Surveying Canadians to Assess the Prevalence of Common Food Allergies and Attitudes towards Food Labelling and Risk (SCAAALAR) ——- A Cross-Canada Anaphylaxis Registry (C-CARE) ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- Causes and Prevention: Identifying the genetic basis of peanut allergy ——- Development of an Evidence-based Certified Allergy Educator Program ——- Evaluation of the Implementation and Effectiveness of Statutory and Regulatory Based Policies for Anaphylaxis Risk Reduction ——- Identification of genetic predictors of peanut allergy ——- Is the prevalence of peanut allergy increasing? A five-year follow-up study on the prevalence of peanut allergy in Montreal school children, aged 5-9 ——- Platform for Outcomes Research and Translation in Asthma and allergy (PORTAL) ——- Predicting Peanut Allergy ——- SPAACE Surveying Prevalence of food Allergies in All Canadian Environments ——- Surveying the Prevalence of food Allergy in All Canadian Environments -Trends Over Time (SPAACE to SPAACE) ——- Technology-enabled Knowledge Translation and Mobilization ——- The development, implementation and evaluation of strategies to promote well-being of children and youth with allergies and/or asthma (Part 2 THEME B – Improving Food Labeling for Allergens to Build Consumer Capacity)——-Development of a National Food Allergy Strategy for Canada: Step 1 —— The Economic Impact of Food Allergy in Canada |
Corey, Paul |
University of Toronto | Biostatistics |
Allergic asthma: Air pollution and allergen interactions |
Cote, Johanne |
Université Laval | Psychology | |
Crighton, Eric |
University of Ottawa | Geography |
Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Cyr, Michael |
McMaster University | Clinical Immunology & Allergy |
Development of an Adaptive Immune Phenotyping Monitoring Platform ——- Hemopoietic stem cells as biomarkers of atopy, airways inflammation, and sources of ‘epigenetic’ memory —— The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Daley, Denise |
University of British Columbia | Medicine |
Develop and implement an allergen-gene environment database resource ——- Further Development of the Genapha Website:An AllerGen Genomic database resource ——- Causes and Prevention: Identifying the genetic basis of peanut allergy ——- Clustering approaches to unravel complex asthma phenotypes ——- Functional genetics in allergy ——- Functional TSLP genomics in vitro and ex vivo: human epithelial cell production of TSLP in relation to asthma development ——- Genome wide association study of allergy and asthma in the Canadian Asthma Primary Prevention Study (CAPPS) and the Study of Allergy Genes and Environment (SAGE) ——- Genome-wide Association Results ——- Postpartum Distress and Childhood Asthma: The Genetics, and the Social and Ethical Impacts of this Genetic Association ——- Respiratory syncytial virus in the development of infant wheezing disorders: a bench to bedside approach to gene-virus interactions ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Davison, Joe |
University of Calgary | Physiology & Pharmacology |
Neuroendocrine Regulation of Allergic Inflammation: Translational Studies |
Dawney, Gregory |
University Health Network | Genomic Medicine |
Modulation of exocytosis in allergic inflammation |
de Souza, Russel |
McMaster University | Epidemiology & Biostatistics |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Understanding the Impact of Maternal and Infant Nutrition on Infant/Child Health |
Dean, Heather |
University of Manitoba | Pediatrics & Child Health |
Gender-related biologic and sociologic impact of obesity |
Delespesse, Guy |
Université de Montréal | Infection, Immunity and Inflammation |
Cross-talk between Airway Epithelial and CD34 Hemopoietic Progenitor Cells Mediated by TSLP and IL-33 in Asthmatic and Normal Individuals ——- Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease |
Dell, Sharon |
The University of British Columbia | Clinical Epidemiology |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Demers, Paul |
University of British Columbia | Occupational Health | |
Denburg, Judah |
McMaster University | Clinical Immunology & Allergy |
Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease ——- Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease: STEM (Stem cell Team for Emerging Markers) ——- Hemopoietic stem cells as biomarkers of atopy, airways inflammation, and sources of… ——- Allergic asthma: Air pollution and allergen interactions ——- CHILD Executive Meeting Workshop in Toronto ——- Development of an Evidence-based Certified Allergy Educator Program ——- Health and India-Canada Workshop for Development of Mobile e-Health Technologies —— Cytof-enabled biomarkers of allergic disease —— Effects of Dex on Human Eosinophil/Basophil on Differentiation —— Stem Cell Team for Emerging BioMarkers —— Project 500 |
Diamond, Miriam |
University of Toronto | Geography, Chemical Engineering, Applied Chemistry |
Better Exposure Avoidance Measures (BEAM) and New Environmental Sensor Tool Development ——- Method for measuring phthalate concentrations representative of exposure |
Dorscheid, Del |
University of British Columbia | Critical Care Medicine; Respirology |
Environmental impact on the epithelial immune barrier in asthma ——- Environmental impact, inflammation and the role of IL-13 receptor a2 ——- The Clinical Investigator Collaborative (CIC)-Severe Asthma |
Duan, Qingling |
Queen's University | Bioinformatics |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— The Clinical Investigator Collaborative (CIC)-Severe Asthma |
Dufresne, Andre |
McGill University | Chemistry |
A feasibility study to develop an exposure model for indoor air contaminants and to collect genetic data on an asthmatic cohort |
Duszyk, Marek |
University of Alberta | Physiology |
IDO, glutamate receptors and allergic inflammation |
Eitzen, Gary |
University of Alberta | Cell Biology |
Modulation of exocytosis in allergic inflammation |
Eiwegger, Thomas |
The Hospital for Sick Children, University of Toronto | Paediatric allergy and respiratory medicine |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Elliott, Susan |
University of Waterloo | Geography & Environmental Management |
NFAst——-Development of a National Food Allergy Strategy for Canada: Step 1 —— Surveying the Prevalence of food Allergy in All Canadian Environments -Trends Over Time (SPAACE to SPAACE) —— Project 500 —— |
Ellis, Anne |
Queen's University | Microbiology & Immunology |
Allergic Rhinitis Clinical Investigator Collaborative (AR-CIC): Development of a standardized nasal allergen challenge model for a multi-center research collaborative to investigate novel therapeutic agents for allergic rhinitis ——- Functional genomic and proteomic changes in response to nasal allergen challenge and following peptide immunotherapy treatment of the same: A partnership with the Allergic-Rhinitis Clinical Investigator Collaborative (AR-CIC) and industry ——- Genetics of the early and late responses to AllerGen challenge ——- Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease ——- Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease: STEM (Stem cell Team for Emerging Markers) ——- Metabolomics ——- Rapid Environmental Effects on Genes: The Lens of Epigenetics (REEGLE) ——- Strengthening the Case for Ongoing Reduction of Exposure to Traffic-Related Air Pollution (SCORE-TRAP) ——- The Clinical Investigator Collaborative (CIC)-Allergic Rhinitis (AR) —— Urine Metabolomics Analysis for Asthma Diagnosis —— Biomarker development for monitoring responses in CIC clinical trials —— Causes and Prevention: Identifying the genetic basis of peanut allergy —– Food Allergy Management at University from the Perspective of Students and Food Service Management |
Evans, Greg |
University of Toronto | Chemical Engineering and Applied Chemistry |
Better Exposure Avoidance Measures (BEAM) and New Environmental Sensor Tool Development ——- Development of sensor arrays for the assessment of exposure to air pollutants |
Fenton, Nancy |
University of Waterloo | ||
Field, Catherine |
University of Alberta |
Allergy-Brain Connection (ABC) Research Team |
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Finlay, Brett |
The University of British Columbia | Biochemistry, Molecular Biology, Microbiology & Immunology |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
FitzGerald, Mark |
University of British Columbia | Respiratory Medicine |
Clinical Investigator Collaborative (CIC) ——- Genetics of the early and late responses to AllerGen challenge ——- Parental preferences for asthma control in children ——- Platform for Outcomes Research and Translation in Asthma and allergy (PORTAL) ——- The Clinical Investigator Collaborative (CIC)-Allergic Asthma (AA) ——- The Clinical Investigator Collaborative (CIC)-Severe Asthma ——- The Platform for Outcomes Research and Translation in Asthma and Allergy (PORTAL) —— Nebulizer assessment for sputum induction —— Markers of Inflammation – Development and Optimization of Assays —— CIC Mediator Library —— Strengthening the Case for Ongoing Reduction of Exposure to Traffic-Related Air Pollution (SCORE-TRAP) —— Knowledge Mobilization for the CIC —— Mannitol-Induced Cough Challenge in Healthy Controls and Subjects with Mild Allergic Asthma |
Forsythe, Paul |
McMaster University | Respirology |
Effects of probiotics on murine model of asthma ——- Canadian Group of Food Allergy Research (CanGoFAR) ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- Developmental plasticity and fetal programming of asthma in mice ——- Perinatal stress and programming of allergic responses ——- The distribution and function of FceR1 on nerves |
Fortuno, Edgardo |
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Foster, Warren |
McMaster University | Obstetrics & Gynecology |
Hemopoietic stem cells as biomarkers of atopy, airways inflammation, and sources of ‘epigenetic’ memory |
Freitag, Andreas |
McMaster University | Respirology/Critical Care | |
Garside, Sarah |
McMaster University | E-Learning |
Can e-health tools improve health outcomes in asthma? ——- Technology-enabled Knowledge Translation and Mobilization |
Gauldie, Jack |
McMaster University | Respiratory Diseases and Allergy |
Regulation of lung mucosal immune responses by heterologous exposure to multiple infectious and allergic agents |
Gauvreau, Gail |
McMaster University | Respirology |
Allergic Asthma functional & Pharmaco-genomics for Early and Late Phase Response Biomarkers ——- Biomarkers of a Sympathetic Anti-inflammatory Pathway, Neuro-regulation of Sympathetic Anti-inflammatory Activity ——- Clinical Investigator Collaborative (CIC) ——- Development of a Microarray Genotyping Chip for Clinical Trials ——- Environmental impact, inflammation and the role of IL-13 receptor a2 ——- Genetics of the early and late responses to AllerGen challenge ——- Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease ——- Metabolomics ——- Strengthening the Case for Ongoing Reduction of Exposure to Traffic-Related Air Pollution (SCORE-TRAP) ——- The Clinical Investigator Collaborative (CIC)-Allergic Asthma (AA) ——- Thymic Stromal Lymphopoitin-induced Cord Blood Hemopoietic Progenitors: Biomarkers for the Development of Atopy and Asthma ——- Urine NMR-based Metabolomics for Asthma Diagnosis —— Predictive Biomarkers of the Late-Phase Response —— Urine Metabolomics Analysis for Asthma Diagnosis —— Nebulizer assessment for sputum induction —— Markers of Inflammation – Development and Optimization of Assays —— CIC Mediator Library —— Methacholine challenge: comparison of airway responsiveness between vibrating mesh and jet nebulizer aerosol generation —— Biomarker development for monitoring responses in CIC clinical trials —— Knowledge Mobilization for the CIC —— Improved diagnosis of asthma: metabolomics —— Cytof-Enabled Biomarkers of Allergic Disease —— Nasal allergen challenge – reproducibility of biomarkers and effect of topical steroid treatment —— Mannitol-Induced Cough Challenge in Healthy Controls and Subjects with Mild Allergic Asthma —— Inhaled allergen challenge methodology: assessment of a vibrating mesh nebulizer for allergen administration |
Ghahary, Aziz |
University of British Columbia | Dermatology; Plastic Surgery |
IDO, glutamate receptors and allergic inflammation |
Giesbrecht, Gerry |
University of Calgary | Faculty of Medicine |
Allergy-Brain Connection (ABC) Research Team |
Gillespie, Cathy |
Health Science Centre Winnipeg | Nursing |
Certified Allergy Educator Program ——- Development of an Evidence-based Certified Allergy Educator Program ——- The Roaring Adventures of Puff: A school-based asthma education program —— Development of a Mobile Application for Food Allergic Children & Teens |
Godefroy, Samuel |
Université Laval | Food Risk Analysis and Regulatory Systems |
SPAACE Surveying Prevalence of food Allergies in All Canadian Environments —— Towards evidence-based, consensus-driven food allergen risk management framework |
Gordon, John |
University of Saskatchewan | Veterinary Microbiology |
Canadian Group of Food Allergy Research (CanGoFAR) ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- Functional consequences of innate immune receptor polymorphisms ——- Identification of genetic predictors of peanut allergy ——- Preventing Severe reactions – Preclinical Studies ——- Strategies for enhancing tolerance induction: Preclinical studies and CHILD linked project development ——- Tolerance induction and threshold studies to peanut allergen: relevance to consumer exposure to baked goods ——- Vaccines for asthma & allergies – a bacterial immune-prophylactic and therapeutic approach —— Development of human dendritic cell immunotherapy for treatment of asthma and allergy |
Gounni, Abdel |
University of Manitoba | Immunology |
Gender-related biologic and sociologic impact of obesity |
Grasemann, Hartmut |
Hospital for Sick Children | Respiratory Medicine |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Greenwood, Celia |
McGill University Health Centre | Biostatistician |
Causes and Prevention: Identifying the genetic basis of peanut allergy |
Greer, Wenda |
Capital Health / Dalhousie University | Hematology |
Functional consequences of innate immune receptor polymorphisms |
Gutkin, Cal |
Family Physician |
Certified Allergy Educator Program |
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Haddad, Elie |
Université de Montréal | Pediatrics & Child Health | |
Haines, Ted |
McMaster University | Clinical Epidemiology & Biostatistics |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting ——- Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Halayko, Andrew |
University of Manitoba | Internal Medicine & Physiology |
IDO, glutamate receptors and allergic inflammation |
Hamid, Qutayba |
McGill University | Respiratory Medicine |
Host environment interaction: Educating TLR-4+lymphocytes in childhood ——- Intracellular Cytokine Production ——- Neuroimmune interactions: a partnership in drug development and translational research ——- Study of the pathogenesis and reversibility of airway damage and repair during chronic mucosal immune responses to environmental allergies |
HayGlass, Kent |
University of Manitoba | Immunology |
Identification of genetic predictors of peanut allergy ——- Maternal Stress and Childhood Asthma ——- Predicting Peanut Allergy ——- Stress, asthma and atopy socio-spatial investigations (SAASSI) ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- TLR function in human neonates —— Project 500 |
Hegele, Richard |
University of Toronto | Laboratory Medicine & Pathobiology; Virology |
Environmental impact on the epithelial immune barrier in asthma ——- Environmental impact, inflammation and the role of IL-13 receptor a2 ——- Respiratory syncytial virus in the development of infant wheezing disorders: a bench to bedside approach to gene-virus interactions ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Project 500 |
Hirota, Jeremy |
The University of British Columbia | Respiratory immunology | |
Holness, D. Linn |
University of Toronto | Occupational Medicine |
Workplace sensitizers: skin and lung exposure, responses and prevention ——- Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program ——- Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Hudson, Thomas |
Ontario Institute for Cancer Research | Medical Genetics, Microbiology, Biophysics | |
Hull, Peter |
University of Saskatchewan | Dematology, Genetics |
Causes and Prevention: Identifying the genetic basis of peanut allergy |
Infante-Rivard, Claire |
McGill University | Epidemiology |
A feasibility study to develop an exposure model for indoor air contaminants and to collect genetic data on an asthmatic cohort |
Inman, Mark |
McMaster University | Respirology |
Environmental impact, inflammation and the role of IL-13 receptor a2 ——- Perinatal stress and programming of allergic responses ——- Regulation of lung mucosal immune responses by heterologous exposure to multiple infectious and allergic agents |
Jordana, Manel |
McMaster University | Pathology & Molecular Medicine |
Canadian Group of Food Allergy Research (CanGoFAR) ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- Disease Management: Canadian peanut thresholds study ——- Identification of genetic predictors of peanut allergy ——- Predicting Peanut Allergy ——- Preventing Severe reactions – Preclinical Studies ——- Regulation of lung mucosal immune responses by heterologous exposure to multiple infectious and allergic agents ——- Strategies for enhancing tolerance induction: Preclinical studies and CHILD linked project development —— Investigation of Strategies to Dismantle Persistent Peanut Allergy |
Joseph, Lawrence |
McGill University | Clinical Epidemiology, Bayesian Statistics |
A Cross-Canada Anaphylaxis Registry (C-CARE) ——- Cross-Canada Anaphylaxis REgistry (C-CARE) ——- Is the prevalence of peanut allergy increasing? A five-year follow-up study on the prevalence of peanut allergy in Montreal school children, aged 5-9 ——- SPAACE Surveying Prevalence of food Allergies in All Canadian Environments ——- Surveying Canadians to Assess the Prevalence of Common Food Allergies and Attitudes towards Food Labelling and Risk (SCAAALAR) ——- Surveying the Prevalence of food Allergy in All Canadian Environments -Trends Over Time (SPAACE to SPAACE) ——- The development, implementation and evaluation of strategies to promote well-being of children and youth with allergies and/or asthma (Part 2 THEME B – Improving Food Labelling for Allergens to Build Consumer Capacity) |
Kagan, Rhoda |
North York General Hospital | Pediatric Allergist |
Is the prevalence of peanut allergy increasing? A five-year follow-up study on the prevalence of peanut allergy in Montreal school children, aged 5-9 ——- The development, implementation and evaluation of strategies to promote well-being of children and youth with allergies and/or asthma (Part 2 THEME B – Improving Food Labelling for Allergens to Build Consumer Capacity) |
Kaplan, Bonnie |
University of Calgary |
Allergy-Brain Connection (ABC) Research Team |
|
Kaplan, Feige |
McGill University | Medical Genetics |
Validation of genetic associations in asthma and allergy in Canadian families |
Kapur, Sandy |
Halifax Allergy & Asthma Associates | Pediatrics |
Certified Allergy Educator Program ——- Functional consequences of innate immune receptor polymorphisms —— Improving Oral Food Challenge (OFC) Implementation in Canada |
Keith, Paul |
McMaster University | Clinical Epidemiology & Biostatistics |
Allergic Rhinitis Clinical Investigator Collaborative (AR-CIC): Development of a standardized nasal allergen challenge model for a multi-center research collaborative to investigate novel therapeutic agents for allergic rhinitis ——- Development of an Adaptive Immune Phenotyping Monitoring Platform ——- The Clinical Investigator Collaborative (CIC)-Allergic Rhinitis (AR) ——- The link between upper and lower airway inflammation —— Nasal allergen challenge – reproducibility of biomarkers and effect of topical steroid treatment |
Kelly, Margaret |
University of Calgary | Pulmonary Pathology |
Role of mast cells and eosinophils in allergic inflammationand fibrosis of the lung |
Kennedy, Susan |
University of British Columbia | Population and Public Health |
Asthma and BC workers ——- Surveillance of occupational asthma |
King, Malcolm |
University of Alberta | Pulmonary Medicine |
Engaging Aboriginal families affected by allergies and asthma in support-education program development ——- Promoting Health Equity for Vulnerable Populations affected by Asthma and Allergies |
Knight, Darryl |
University of British Columbia | Anesthesiology, Pharmacology and Therapeutics |
Environmental impact on the epithelial immune barrier in asthma ——- Functional TSLP genomics in vitro and ex vivo: human epithelial cell production of TSLP in relation to asthma development |
Knoppers, Bartha |
McGill University | Genomics |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Kobor, Michael |
University of British Columbia | Molecular Medicine; Epigenetics |
Mini-CHILD: Psychosocial Assessment and Epigenetics ——- An Integrative Multidimensional Genomic and Epigenomic Approach for the Study of Short-Term Diesel Exhaust on Asthmatics ——- Developmental plasticity and fetal programming of asthma in mice ——- Rapid Environmental Effects on Genes: The Lens of Epigenetics (REEGLE) ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Project 500 —— Strengthening the Case for Ongoing Reduction of Exposure to Traffic-Related Air Pollution (SCORE-TRAP) —— Better Exposure Avoidance Measures (BEAM) |
Koehoorn, Mieke |
University of British Columbia | Population and Public Health | |
Kolkman, John |
Edmonton Social Planning Council |
Promoting Health Equity for Vulnerable Populations affected by Asthma and Allergies |
|
Kollmann, Tobias |
University of British Columbia | Infectious and Immunological Diseases |
Vaccines for asthma & allergies – a bacterial immune-prophylactic and therapeutic approach ——- An Assessment of Long-Term Indoor Residential Pollution Exposures among Canadian Children ——- Development of an Adaptive Immune Phenotyping Monitoring Platform ——- Expansion of existing capacity of immunology platform to support Canadian Healthy Infant Longitudinal Development study (birth cohort) ——- Functional genetics in allergy ——- Improved Tools for Assessing Long-Term Indoor and Outdoor Exposures in Epidemiologic Studies of Allergy and Asthma & Repeat Home Visits and Alternative Sampling Techniques in the Mini-CHILD Study (Mini-CHILD II) ——- Mini-CHILD: Assessment of the home environment ——- Mini-CHILD: Recruitment ——- Neuroimmune interactions: a partnership in drug development and translational research ——- Ontogeny and genetic polymorphisms of the innate immune system intersecting in asthma ——- Rapid Environmental Effects on Genes: The Lens of Epigenetics (REEGLE) ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Project 500 |
Kozyrskyj, Anita |
University of Alberta | Maternal-Child Health and the Environment; Pediatrics |
Maternal Stress and Childhood Asthma ——- Allergy-Brain Connection (ABC) Research Team ——- Clustering approaches to unravel complex asthma phenotypes ——- Financial barriers to medication use in children with asthma: Effect on health outcomes ——- Genome wide association study of allergy and asthma in the Canadian Asthma Primary Prevention Study (CAPPS) and the Study of Allergy Genes and Environment (SAGE) ——- Genome-wide Association Results ——- Maternal distress and the development of atopic disease in children: Potential pathways and interventions ——- Postpartum Distress and Childhood Asthma: The Genetics, and the Social and Ethical Impacts of this Genetic Association ——- Stress, asthma and atopy socio-spatial investigations (SAASSI) ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- TLR function in human neonates ——- Traffic-related air pollution as a risk factor for the development of childhood asthma ——- Validation of genetic associations in asthma and allergy in Canadian families —— Project 500 |
Kubes, Paul |
University of Calgary | Immunology |
Role of mast cells and eosinophils in allergic inflammationand fibrosis of the lung |
Kudla, Irena |
University of Toronto | Occupational & Environmental Health |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting ——- Workplace sensitizers: skin and lung exposure, responses and prevention ——- Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Lacuesta, Gena |
University of Alberta | Pulmonary Medicine |
Functional consequences of innate immune receptor polymorphisms |
Lacy, Paige |
University of Alberta | Pulmonary Medicine |
Canadian Group of Food Allergy Research (CanGoFAR) ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- Identification of genetic predictors of peanut allergy ——- Modulation of exocytosis in allergic inflammation |
Lam, Wan |
Simon Fraser University | Faculty of Health Sciences | |
Lanphear, Bruce |
Simon Fraser University | Faculty of Health Sciences |
An Assessment of Long-Term Indoor Residential Pollution Exposures among Canadian Children ——- Improved Tools for Assessing Long-Term Indoor and Outdoor Exposures in Epidemiologic Studies of Allergy and Asthma & Repeat Home Visits and Alternative Sampling Techniques in the Mini-CHILD Study (Mini-CHILD II) |
Laprise, Catherine |
Université du Québec à Chicoutimi | Fundamental Sciences |
Identification of genetic predictors of peanut allergy ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- Clustering approaches to unravel complex asthma phenotypes ——- Functional genetics in allergy ——- Functional TSLP genomics in vitro and ex vivo: human epithelial cell production of TSLP in relation to asthma development ——- Genome wide association study of allergy and asthma in the Canadian Asthma Primary Prevention Study (CAPPS) and the Study of Allergy Genes and Environment (SAGE) ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- Validation of genetic associations in asthma and allergy in Canadian families —— Project 500 |
Larché, Mark |
McMaster University | Clinical Immunology & Allergy |
Clinical Investigator Collaborative (CIC) ——- Development of an Adaptive Immune Phenotyping Monitoring Platform ——- Functional genetics in allergy ——- Functional genomic and proteomic changes in response to nasal allergen challenge and following peptide immunotherapy treatment of the same: A partnership with the Allergic-Rhinitis Clinical Investigator Collaborative (AR-CIC) and industry ——- Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- The Clinical Investigator Collaborative (CIC)-Allergic Rhinitis (AR) ——- Vaccines for asthma & allergies – a bacterial immune-prophylactic and therapeutic approach —— Biomarker development for monitoring responses in CIC clinical trials |
Latycheva, Oxana |
Ontario Lung Association; Asthma Society of Canada; Université Laval | Cell Biology |
Development of an Evidence-based Certified Allergy Educator Program ——- Enhancing RAP for First Nations Communities ——- Extending the Reach: From Practice to Evidence ——- Mobilizing best practices in Asthma and Allergy management and use of the Air Quality Health Index in the Canadian sport and recreation community ——- Promoting Health Equity for Vulnerable Populations affected by Asthma and Allergies ——- Sustainable Online Support for Children and Adolescents Affected by Asthma and Allergies |
Laviolette, Michel |
Université de Montréal | Veterinary Medicine | |
Lavoie, Jean-Pierre |
Charite Hopital | Pediatric Allergist, PhD in Genetics | |
Légaré, France |
Health Canada |
Shared Decision in Asthma Management: A Strategy to Improve Asthma Control |
|
Leigh, Richard |
University of Calgary | Respiratory Medicine |
Clinical Investigator Collaborative (CIC) ——- The Clinical Investigator Collaborative (CIC)-Allergic Asthma (AA) ——- The Clinical Investigator Collaborative (CIC)-Severe Asthma —— Nebulizer assessment for sputum induction —— Markers of Inflammation – Development and Optimization of Assays —— Knowledge Mobilization for the CIC —— Mannitol-Induced Cough Challenge in Healthy Controls and Subjects with Mild Allergic Asthma |
Lemière, Catherine |
Université de Montréal | Pneumology |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting ——- The Clinical Investigator Collaborative (CIC)-Severe Asthma ——- Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Lemire, Mathieu |
Hôpital de Sacré Coeur | Respirology |
Develop and implement an allergen-gene environment database resource |
Letourneau, Nicole |
University of New Brunswick | Nursing |
Allergy-Brain Connection (ABC) Research Team ——- Building continuity of support for allergic children with asthma and/or anaphylaxis and their families ——- Engaging Aboriginal families affected by allergies and asthma in support-education program development ——- Maternal distress and the development of atopic disease in children: Potential pathways and interventions ——- Postpartum Distress and Childhood Asthma: The Genetics, and the Social and Ethical Impacts of this Genetic Association ——- Promoting Health Equity for Vulnerable Populations affected by Asthma and Allergies ——- Stress, asthma and atopy socio-spatial investigations (SAASSI) ——- Sustainable Online Support for Children and Adolescents Affected by Asthma and Allergies |
Levinson, Anthony |
McMaster University | Psychiatry and Behavioural Neurosciences; Physician, Patient education, online education |
Can e-health tools improve health outcomes in asthma? ——- Certified Allergy Educator Program ——- Development of an Evidence-based Certified Allergy Educator Program ——- Mobilizing best practices in Asthma and Allergy management and use of the Air Quality Health Index in the Canadian sport and recreation community ——- Online Certificate Course in Best Practices for Allergic Disease/Anaphylaxis for Schools ——- Pharmacogenetics & Genetic Testing 3D graphical animation tool |
Lin, Tong-Jun |
Dalhousie University | Microbiology & Immunology |
Functional consequences of innate immune receptor polymorphisms |
Liss, Gary |
University of Toronto | Occupational and Environmental Health |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting ——- Workplace sensitizers: skin and lung exposure, responses and prevention ——- Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Lou, Wendy |
University of Toronto | Statistics, Public Health Sciences |
CHILD Executive Meeting Workshop in Toronto ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- Project 500 |
Lougheed, Diane |
Kingston General Hospital | Respirology |
Can e-health tools improve health outcomes in asthma? ——- Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting ——- Technology-enabled Knowledge Translation and Mobilization ——- Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Lussier, Jacques |
Université de Montréal | Veterinary Biomedicine | |
Lynd, Larry |
University of British Columbia | Pharmaceutical Sciences |
Asthma and BC workers ——- Parental preferences for asthma control in children ——- Platform for Outcomes Research and Translation in Asthma and allergy (PORTAL) ——- Technology-enabled Knowledge Translation and Mobilization ——- The Platform for Outcomes Research and Translation in Asthma and Allergy (PORTAL) |
Mack, Douglas |
McMaster University | Pediatric Allergy, Asthma and Immunology |
Prevention and management of adverse reactions to food in schools—a systematic review and practice guidelines |
MacNeil, Brian |
University of Manitoba | Physical Therapy |
Maternal Stress and Childhood Asthma ——- Stress, asthma and atopy socio-spatial investigations (SAASSI) |
MacQueen, Glenda |
University of Calgary | Psychiatry |
Neuroendocrine regulation of allergic reactions in animal models: Translation to humans |
Macri, Joseph |
McMaster University | Clinical Pathology |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Project 500 |
Majaesic, Carina |
University of Alberta | Pediatric Pulmonology | |
Maksym, Geoffrey |
Dalhousie University | Biomedical Engineering | |
Malo, Jean-Luc |
Université de Montréal | Pneumology |
Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Mandhane, Piush |
University of Alberta | Pediatrics |
Allergy-Brain Connection (ABC) Research Team ——- CHILD Executive Meeting Workshop in Toronto ——- Maternal distress and the development of atopic disease in children: Potential pathways and interventions ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Project 500 —— Knowledge Mobilization for the CHILD Study —— Identifying Childhood Sleep-Disordered Breathing (SDB) phenotypes using Urine Metabolomics |
Marchessault, Gail |
University of Manitoba | Human Nutritional Sciences |
Gender-related biologic and sociologic impact of obesity |
Mardell, Kevin |
West Elgin Community Health Centre | Family Medicine |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting |
Marra, Carlo |
Memorial University | Pharmaceutical Sciences |
Consumer Preference for Allergen Food Labelling ——- Platform for Outcomes Research and Translation in Asthma and allergy (PORTAL) |
Marrie, Tom |
University of Alberta | Medicine |
Non-invasive diagnosis: Metabolics for the various phenotypes of asthma (formerly: Diagnosing the Various Phenotypes of Asthma: The Use of Urine NMR) |
Marsden, Philip |
University of Toronto | Medical Biophysics |
Cardiopulmonary consequences of air pollution in a murine model of allergic asthma |
Marshall, Aaron |
University of Manitoba | Molecular Immunology |
TLR function in human neonates |
Marshall, Jean |
Dalhousie University | Microbiology & Immunology |
Canadian Group of Food Allergy Research (CanGoFAR) ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- Functional consequences of innate immune receptor polymorphisms ——- Identification of genetic predictors of peanut allergy ——- Strategies for enhancing tolerance induction: Preclinical studies and CHILD linked project development ——- Technology-enabled Knowledge Translation and Mobilization ——- Tolerance induction and threshold studies to peanut allergen: relevance to consumer exposure to baked goods ——- Development of a National Food Allergy Strategy for Canada: Step 1 —— Causes and Prevention: Identifying the genetic basis of peanut allergy |
Martin, James |
McGill University | Medicine & Physiology |
Host environment interaction: Educating TLR-4+lymphocytes in childhood ——- Study of the pathogenesis and reversibility of airway damage and repair during chronic mucosal immune responses to environmental allergies ——- The Clinical Investigator Collaborative (CIC)-Severe Asthma |
Masuda, Jeffrey |
University of Manitoba | Environment and Geography |
Building continuity of support for allergic children with asthma and/or anaphylaxis and their families ——- Engaging Aboriginal families affected by allergies and asthma in support-education program development ——- Promoting Health Equity for Vulnerable Populations affected by Asthma and Allergies ——- Sustainable Online Support for Children and Adolescents Affected by Asthma and Allergies |
Mathison, Ronald |
University of Calgary | Physiology & Pharmacology |
Neuroendocrine Regulation of Allergic Inflammation: Translational Studies ——- Neuroimmune interactions: a partnership in drug development and translational research |
Mayers, Irvin |
University of Alberta | Respiratory Medicine |
Clinical Investigator Collaborative (CIC) ——- Genetics of the early and late responses to AllerGen challenge ——- Metabolomics ——- Non-invasive diagnosis: Metabolics for the various phenotypes of asthma (formerly: Diagnosing the Various Phenotypes of Asthma: The Use of Urine NMR) ——- Shared Decision in Asthma Management: A Strategy to Improve Asthma Control ——- The Clinical Investigator Collaborative (CIC)-Allergic Asthma (AA) —— Urine Metabolomics Analysis for Asthma Diagnosis —— Nebulizer assessment for sputum induction —— Markers of Inflammation – Development and Optimization of Assays —— Knowledge Mobilization for the CIC —— Improved diagnosis of asthma: metabolomics —— Mannitol-Induced Cough Challenge in Healthy Controls and Subjects with Mild Allergic Asthma |
Mazer, Bruce |
McGill University | Pediatrics, Allergy & Immunology |
Disease Modulation Clinical Tolerance Study ——- Environmental impact, inflammation and the role of IL-13 receptor a2 ——- Host environment interaction: Educating TLR-4+lymphocytes in childhood ——- Intracellular Cytokine Production ——- Knowledge Mobilization Cafe Scientifique on the top of allergies (food and drug) ——- Vaccines for asthma & allergies – a bacterial immune-prophylactic and therapeutic approach —— Causes and Prevention: Identifying the genetic basis of peanut allergy |
McKerlie, Colin |
Hospital for Sick Children | Physiology & Experimental Medicine |
Respiratory syncytial virus in the development of infant wheezing disorders: a bench to bedside approach to gene-virus interactions |
McLeod, Chris |
University of British Columbia | Health Services & Policy Research | |
McNagny, Kelly |
University of British Columbia | Medical Genetics |
Blocking Human CD34 Expression as a Therapeutic for Mucosal Inflammatory Disease ——- Canadian Group of Food Allergy Research (CanGoFAR) ——- Canadian Group on Food Allergy Research (CanGoFAR) ——- CD34 as a therapeutic target for allergic inflammation and asthma ——- Environmental Affects on Allergic Airway Disease ——- Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease ——- Identification of genetic predictors of peanut allergy ——- Role of mast cells and eosinophils in allergic inflammationand fibrosis of the lung ——- Strategies for enhancing tolerance induction: Preclinical studies and CHILD linked project development ——- The distribution and function of FceR1 on nerves ——- Vaccines for asthma & allergies – a bacterial immune-prophylactic and therapeutic approach —— CD34 as a Therapeutic Target for Allergic Asthma —— Cytof-enabled biomarkers of allergic disease —— Markers of Inflammation – Development and Optimization of Assays —— Stem Cell Team for Emerging BioMarkers —— Strengthening the Case for Ongoing Reduction of Exposure to Traffic-Related Air Pollution (SCORE-TRAP) |
Mehta, Sanjay |
London Health Sciences Centre | Respirology |
Cardiopulmonary consequences of air pollution in a murine model of allergic asthma |
Mignone, Javier |
University of Manitoba | Human Ecology |
Stress, asthma and atopy socio-spatial investigations (SAASSI) |
Miller, Greg |
University of British Columbia | Psychology |
CHILD Executive Meeting Workshop in Toronto ——- Mini-CHILD: Psychosocial Assessment and Epigenetics ——- Psycho-social Assessment and Epigenetics: Mini-CHILD ——- Rapid Environmental Effects on Genes: The Lens of Epigenetics (REEGLE) ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Project 500 |
Minard, Janice |
Kingston General Hospital | Nursing |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting |
Mitchell, Patrick |
University of Calgary | Respirology | |
Mody, Chris |
University of Calgary | Immunology & Respirology |
Role of mast cells and eosinophils in allergic inflammationand fibrosis of the lung |
Moisey, Susan |
Athabasca University | Distance Education | |
Moqbel, Redwan (deceased) |
University of Manitoba | Immunology |
IDO, glutamate receptors and allergic inflammation ——- Metabolomics ——- Non-invasive diagnosis: Metabolics for the various phenotypes of asthma (formerly: Diagnosing the Various Phenotypes of Asthma: The Use of Urine NMR) ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Moraes, Theo |
Hospital for Sick Children | Respirology |
Respiratory syncytial virus in the development of infant wheezing disorders: a bench to bedside approach to gene-virus interactions ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Project 500 |
Morris, Katherine |
University of Alberta | ||
Morris, Maggie |
University of Manitoba | Obstetrics & Gynecology, Women's Health |
TLR function in human neonates |
Mustard, Cameron |
University of Toronto | Public Health Sciences |
Antenatal steroid therapy for fetal lung maturation: Is there an association with childhood asthma |
Nair, Parameswaran |
McMaster University |
The Clinical Investigator Collaborative (CIC)-Severe Asthma —— Urine Metabolomics Analysis for Asthma Diagnosis —— Knowledge Mobilization for the CIC —— Improved diagnosis of asthma: metabolomics |
|
Neeloffer Mookherjee |
University of Manitoba | Internal Medicine & Immunology | |
Neighbour, Helen |
McMaster University | Clinical Immunology and Allergy; Respirology |
Allergic Rhinitis Clinical Investigator Collaborative (AR-CIC): Development of a standardized nasal allergen challenge model for a multi-center research collaborative to investigate novel therapeutic agents for allergic rhinitis ——- Functional genomic and proteomic changes in response to nasal allergen challenge and following peptide immunotherapy treatment of the same: A partnership with the Allergic-Rhinitis Clinical Investigator Collaborative (AR-CIC) and industry ——- The Clinical Investigator Collaborative (CIC)-Allergic Rhinitis (AR) —– Biomarker development for monitoring responses in CIC clinical trials |
O’Byrne, Paul |
McMaster University | Respirology |
Clinical Investigator Collaborative (CIC) ——- Biomarkers of a Sympathetic Anti-inflammatory Pathway, Neuro-regulation of Sympathetic Anti-inflammatory Activity ——- Can e-health tools improve health outcomes in asthma? ——- CHILD Executive Meeting Workshop in Toronto ——- CIC Quality Assurance Plan ——- CIC Quality Assurance Plan ——- CIC Quality Assurance Plan ——- CIC Quality Assurance Plan Statistical Analyses ——- CIC Quality Assurance Plan Statistical Analyses ——- Development of a Microarray Genotyping Chip for Clinical Trials ——- Development of an Adaptive Immune Phenotyping Monitoring Platform ——- Genetics of the early and late responses to AllerGen challenge ——- Hemopoietic stem cell biomarkers in the diagnosis and prediction of allergic inflammation and disease ——- Neuroendocrine Regulation of Allergic Inflammation: Translational Studies ——- Neuroimmune interactions: a partnership in drug development and translational research ——- Technology-enabled Knowledge Translation and Mobilization ——- The Clinical Investigator Collaborative (CIC)-Allergic Asthma (AA) ——- Thymic Stromal Lymphopoitin-induced Cord Blood Hemopoietic Progenitors: Biomarkers for the Development of Atopy and Asthma —— Nebulizer assessment for sputum induction —— CIC Mediator Library —— Methacholine challenge: comparison of airway responsiveness between vibrating mesh and jet nebulizer aerosol generation —— Knowledge Mobilization for the CIC —— Mannitol-Induced Cough Challenge in Healthy Controls and Subjects with Mild Allergic Asthma |
Ohayon, Jason |
Consulting Allergy & Immunology | Allergy & Immunology |
Development of an Adaptive Immune Phenotyping Monitoring Platform |
Olajos-Clow, Jennifer |
Kingston General Hospital | Nursing |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting ——- Work-Related Asthma and Allergy: Prevention and Early Detection (WRAAPED) research program |
Palaniyar, Nades |
Hospital for Sick Children | Physiology & Experimental Medicine |
Allergic asthma: Air pollution and allergen interactions ——- Cardiopulmonary consequences of air pollution in a murine model of allergic asthma |
Paré, Guillaume |
McMaster University | Pathology & Molecular Medicine; Clinical Epidemiology & Biostatistics |
Stem Cell Team for Emerging BioMarkers |
Paré, Peter |
University of British Columbia | Medicine |
Validation of genetic associations in asthma and allergy in Canadian families ——- Functional TSLP genomics in vitro and ex vivo: human epithelial cell production of TSLP in relation to asthma development ——- Genome wide association study of allergy and asthma in the Canadian Asthma Primary Prevention Study (CAPPS) and the Study of Allergy Genes and Environment (SAGE) ——- Genome-wide Association Results ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Paterson, Nigel |
London Health Sciences Centre | Respirology |
Changing Practice for Prevention and Early Detection of Occupational Asthma and Allergic Diseases in the Primary Care Setting |
Petronis, Arturas |
Centre for Addiction and Mental Health | Epigenetics, Neuroscience |
Developmental plasticity and fetal programming of asthma in mice |
Piccirillo, Ciriaco |
McGill University Health Centre | T-reg Studies |
Disease Modulation Clinical Tolerance Study |
Post, Martin |
Hospital for Sick Children | Physiology & Experimental Medicine |
Infant Inflammatory Markers and Lung Function ——- Mini-CHILD: Development of objective measurement of airway inflammation and lung function in infants |
Protudjer, Jennifer |
University of Manitoba | Environmental Epidemology | |
Purdham, James |
University of Toronto | Occupational & Environmental Health |
Workplace sensitizers: skin and lung exposure, responses and prevention |
Radzioch, Danuta |
McGill University | Experimental Medicine, Human Genetics |
Genetics of the early and late responses to AllerGen challenge |
Ramsey, Clare |
University of Manitoba | Environmental and Genetic Epidemiology of Obstructive Lung Disease |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Ratjen, Felix |
Hospital for Sick Children | Respiratory Medicine |
Infant Inflammatory Markers and Lung Function ——- Mini-CHILD: Development of objective measurement of airway inflammation and lung function in infants ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study —— Project 500 |
Ratz, Jodan |
Queen's University | Allergy & Immunology |
Allergic Rhinitis Clinical Investigator Collaborative (AR-CIC): Development of a standardized nasal allergen challenge model for a multi-center research collaborative to investigate novel therapeutic agents for allergic rhinitis ——- Genetics of the early and late responses to AllerGen challenge ——- Metabolomics |
Rex, Greg |
Halifax Allergy & Asthma/Dalhousie University | Clinical Allergy |
Functional consequences of innate immune receptor polymorphisms |
Richardson, Susan |
Hospital for Sick Children | Pediatric Labroatory Medicine; Microbiology |
Respiratory syncytial virus in the development of infant wheezing disorders: a bench to bedside approach to gene-virus interactions |
Ries, Nola |
University of Alberta; University of Edinburgh | Law |
Moving forward with birth cohort research in Canada: The legal and ethical foundations for the CHILD study ——- White Paper Series |
Ritchie, Bruce |
University of Alberta | Hematology |
The Canadian Healthy Infant Longitudinal Development (CHILD) Study |
Ritz, Stacey |
Northern Ontario School of Medicine, Laurentian University | Medical Sciences |
Cardiopulmonary consequences of air pollution in a murine model of allergic asthma ——- Environmental Affects on Allergic Airway Disease |
Rola-Pleszczynski, Marek |
Université de Sherbrooke | Pediatrics |
TLR function in human neonates |
Rowe, Brian |
University of Alberta | Emergency Medicine |
Cross-Canada Anaphylaxis REgistry (C-CARE) ——- Metabolomics ——- Non-invasive diagnosis: Metabolics for the various phenotypes of asthma (formerly: Diagnosing the Various Phenotypes of Asthma: The Use of Urine NMR) ——- Urine NMR-based Metabolomics for Asthma Diagnosis —— Urine Metabolomics Analysis for Asthma Diagnosis |
Safavi, Mohsen |
University of British Columbia | Pharmaceutical Sciences |
The Platform for Outcomes Research and Translation in Asthma and Allergy (PORTAL) —— Strengthening the Case for Ongoing Reduction of Exposure to Traffic-Related Air Pollution (SCORE-TRAP) |
Sandford, Andrew |
University of British Columbia | Medicine; Genetics |
Causes and Prevention: Identifying the genetic basis of peanut allergy ——- CHILD Executive Meeting Workshop in Toronto ——- Development of a Microarray Genotyping Chip for Clinical Trials ——- Environmental impact, inflammation and the role of IL-13 receptor a2 ——- Functional genetics in allergy ——- Functional TSLP genomics in vitro and ex vivo: human epithelial cell production of TSLP in relation to asthma development ——- Genome wide association study of allergy and asthma in the Canadian Asthma Primary Prevention Study (CAPPS) and the Study of Allergy Genes and Environment (SAGE) ——- Genome-wide Association Results ——- Identification of genetic predictors of peanut allergy ——- Mini-CHILD: AllerChip – Development, Validation and Implementation of a Microarray Genotyping Tool for Allergy and Asthma Research ——- Respiratory syncytial virus in the development of infant wheezing disorders: a bench to bedside approach to gene-virus interactions ——- The Canadian Healthy Infant Longitudinal Development (CHILD) Study ——- Validation of genetic associations in asthma and allergy in Canadian families —— Project 500 |
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