Membres
- ~150 équipes de recherche au Québec
- 6 universités (Université de Montréal/UdeM, Université McGill, Université du Québec (UQAM, UQAT), Université Concordia, Université Laval, Université de Sherbrooke) et INRS
- Plus de 5 centres reconnus par le FRQS
- Plusieurs membres de l’industrie
Secteurs et disciplines ARN Québec:
Secteurs:
- Biomédical / Santé durable
- Agroalimentaire / Biopesticides /Biosenseurs
- Environnement: Écologie, Énergies vertes & Biocarburants
Quelques Axes et thématiques de recherche:
- Biologie, métabolisme, et régulation de l’ARN dans le contexte de la maladie et la santé durable
- Thérapies et vaccins à base d’ARN
- Biotechnologies de l’ARN (Interférence à l’ARN; Ribozymes / Riboswitch; CRISPR)
- Bio-informatique, biologie computationnelle, ‘Machine learning’ et intelligence artificielle
- Chimie, ingénierie, synthèse, modification chimique de l’ARN
- Longs ARN non codants
- Virus à ARN
- ARN végétal
- ARN en santé et reproduction animale
L’histoire racontée dans cet ouvrage recèle une sagesse ancestrale.
| Prénom | Nom de famille | Université / Institut | Département | Mots-clés | Intérêt pour la recherche en laboratoire (2 à 3 phrases) | URL de site web (lab ou personel) | URL de Publication | |
|---|---|---|---|---|---|---|---|---|
| Pascale | Legault | [email protected] | Université de Montréal | Biochemistry and Molecular Medicine | miRNA biogenesis, ribozymes, viral RNA, RNA-protein interactions, Dicer, structure and function of biomolecules, integrative structural biology, biophysics, enzymology, small-molecule mechanism-of-action | Site web | ||
| Sherif | Abou Elela | [email protected] | Université de Sherbrooke | Microbiology and infectious disease | Ribosome biogenesis, snoRNA, rRNA, ribosomal protein, introns, splicing, biomarkers, RNA modification, RNA degradation, RNomics, | Site web | Consulter | |
| Nahum | Sonenberg | [email protected] | McGill University | Biochemistry | mRNA, miRNA, translation, eIF4E, eIF4F, cancer, autism, neurodevelopment disease | Site web | Consulter | |
| Michelle | Scott | [email protected] | Université de Sherbrooke | Biochemistry and Functional Genomics | RNA bioinformatics, snoRNA, transcriptomics, annotations, machine learning, RNA target predictions, network biology, RNA biomarkers | Mon groupe s'intéresse au petits ARN nucléolaires (snoRNAs), à leur évolution, biogénèse, partenaires d'intéraction et fonctions canoniques et non-canoniques. | Site web | Consulter |
| Jean-Pierre | Perreault | [email protected] | Université de Sherbrooke | Dept de biochimie et génomique fonctionnelle | RNA structure, Translation, Transcriptome, Bioinformatics, Post-Transcriptional regulation, G-quadruplex, | Site web | ||
| Benoit | Laurent | [email protected] | Université de Sherbrooke | Biochemistry and Functional Genomics | Neuroscience, stem cells, aging, neurodegenerative diseases, RNA splicing, gene expression, epigenetics. | Site web | Consulter | |
| Marc | Fabian | [email protected] | McGill University | Oncology | mRNA translation, RNA binding proteins, PABP, RNA endonucleases, DICER, microRNA-mediated gene silencing | Site web | Consulter | |
| Benoit | Cousineau | [email protected] | McGill University | Microbiology & Immunology | group II intron, RNA, ribozyme, splicing, mobility, evolution, bacteriology, molecular biology, microbiology, genetics. | Site web | ||
| Eric | Massé | [email protected] | Université de Sherbrooke | Biochemistry and Functional Genomic | Small regulatory RNAs, RNA chaperones, ribonuclease | Site web | ||
| Chantell | Sephton | [email protected] | Université Laval | Psychiatry and Neurosciences | https://cervo.ulaval.ca/en/chantelle-f-sephton | Site web | ||
| Mathieu | Blanchette | Mathieu Blanchette | McGill University | Computer Science | Bioinformatics, machine learning, regulation, RNA, evolution, drug design, 3D genome organization | Site web | Consulter | |
| Martin | Simard | [email protected] | Université Laval | Oncology | microRNA, small RNA, Argonaute, C. elegans, molecular genetics, RBP, gene regulation, human cells | Site web | ||
| Samer | Hussein | [email protected] | Université Laval | Département de Biologie Moléculaire, Biochimie Médicale et Pathologie. | Cell Reprogramming, long non-coding RNA Biology, Oncogenes, Pluripotency, Stem Cells, Transcriptional Networks, Transcriptomics, Chromatin Structure, Epigenetics | Site web | Consulter | |
| Anne | GATIGNOL | [email protected] | McGill University | Medicine | RNA viruses; HIV; SARS-CoV2; siRNAs; shRNAs; miRNAs; TRBP; PKR; ADAR1; RNA binding proteins | Site web | Consulter | |
| Gerardo | Ferbeyre | [email protected] | Université de Montréal | biochimie et médecine moléculaire | miRNA, ribosome biogenesis, cancer, aging | Site web | Consulter | |
| Brendan | Bell | [email protected] | Université de Sherbrooke | Microbiologie et infectiologie | Gene expression, HIV, apoptosis, RNA modification, transcription, alternative splicing, cancer | Site web | Consulter | |
| Martin | Sauvageau | [email protected] | Université de Montréal | RNA and Noncoding Mechanisms of Disease Laboratory | lncRNAs, RNA-Protein Interactions, Genome Regulation, Long-Read Nanopore Sequencing, RNA Therapy, Genome Editing, Cancer, Development, Rare Disease | Site web | ||
| Jerome | Waldispuhl | [email protected] | McGill University | Computer Science | Algorithms, machine learning | Site web | Consulter | |
| Daniel | Zenklusen | [email protected] | Université de Montréal | Biochimie et médecine moléculaire | single-molecule resolution microscopy, super-resolution microscopy, mRNA transport, Nuclear Pore Complex, RNA Splicing, Introns, RNP organization, lncRNAs | Site web | Consulter | |
| Barbara | Papadopoulou | [email protected] | Université Laval | Microbiology-Infectious Disease and Immunology | RNA stability, translation, ribosome-associated quality control, cis-acting regulatory motifs, RNA-binding proteins, RNA-protein interactions, RNA-seq, Ribo-seq, label free quantitative proteomic approaches, CRISPR-Cas based technologies | Site web | Consulter | |
| Lucie | Jeannotte | [email protected] | Université Laval | Biologie moléculaire, Biochimie médicale & Pathologie | Mouse models, Phenotype characterization, Embryo development, Lung organogenesis, Gene regulation, IHC/IF/ISH, ChIP-seq/RNA-seq | Site web | Consulter | |
| Rachid | Mazroui | [email protected] | Université Laval | Biologie moléculaire, biochimie médicale et pathologie | RNA stress granules, RNA-binding proteins, translational stress, | Site web | ||
| Vincent | Raymond | [email protected] | Université Laval | Médecine moléculaire | Glaucoma, Post-transcriptional regulation, Biostatistical methods, Evolutionary conserved AUUUA repeat motifs, Complex genetic disorders, Modifier genes, DNA sequencing and genotyping, blindness | Site web | ||
| Steven | LaPlante | [email protected] | INRS | Centre Armand Frappier Sante Biotechnologie | RNA, transcription factors, NMR, biophysics, fragment screening, drug discovery, FBLD, medicinal chemistry | Site web | ||
| Jacques P. | Tremblay | [email protected] | Université Laval | Médecine moléculaire | CRISPR PRIME editing, hereditary diseases | Site web | Consulter | |
| Maureen | McKeague | [email protected] | McGill University | Pharmacology & Therapeutics | RNA therapeutics; gene control; genomic damage | Site web | ||
| Andrew J | Mouland | [email protected] | McGill University | Medicine | HIV-1, Zika, Ebola, Neurodegeneration, Condensates, Phase separation, RNA trafficking, RNA metabolism, virus-host interactions | Site web | Consulter | |
| Paul | Joyce | [email protected] | Concordia University | Chemistry and Biochemistry | tRNA nucleotidyltransferase, maturation, quality control, localization, mitochondrion, nucleus | Site web | ||
| Chantal | Autexief | [email protected] | McGill University | Anatomy & Cell Biology | Telomere, telomerase, ribonuceoprotein, dyskerin, premature aging, cancer | Site web | Consulter | |
| Jonathan | Perreault | [email protected] | INRS | Centre Armand-Frappier Santé Biotechnologie | Ribozymes, riboswitches, aptamers, bacteria non-coding RNA, biosensing, RNA probing, comparative genomics | Site web | Consulter | |
| Christine | Vande Velde | [email protected] | Université de Montréal | Neuroscience | cell biology, animal models, cell stress, moleuclar biology, imaging | Site web | Consulter | |
| Luc | DesGroseillers | [email protected] | Université de Montréal | Biochimie et médecine moléculaire | Staufen; RNA-binding proteins; cell proliferation, posttranscriptional regulation; | Site web | Consulter | |
| Francois | Bachand | [email protected] | Université de Sherbrooke | Biochemistry and Functional Genomics | Yeast genetics, RNA-seq, Gene regulation, RNA decay, co-transcriptional RNA processing, ribosome, transcription termination | Site web | Consulter | |
| Benoit | Chabot | [email protected] | Université de Sherbrooke | Microbiologie et Infectiologie | functional genomics, splicing, senescence, apoptosis, RNA binding proteins, small molecules, splice site selection, CRISPR, antisense, colon cancer, viral infection | Site web | ||
| stephane | richard | [email protected] | McGill University | Oncology and Medicine | cancer, prmts, RNA, QKI, clinical mouse models, | Site web | ||
| Eric | Déziel | [email protected] | INRS | Centre Armand-Frappier Santé Biotechnologie | Microbiology; Mass spectrometry; Gene expression; Functional genomics; host-pathogen interactions | Site web | Consulter | |
| Pascal | Chartrand | [email protected] | Université de Montréal | Biochemistry and Molecular Medicine | single-molecule imaging, fluorescent in situ hybridization, live-cell imaging, long non-coding RNAs, RNA trafficking, telomerase, cancer, mRNA localization, myotonic dystrophy, drug development | Site web | ||
| Peter | Moffett | [email protected] | Université de Sherbrooke | Biology | RNAi, RNA silencing, viral suppressors of RNA silencing, Argonaute, plant virus, translation | Site web | Consulter | |
| François | Dragon | [email protected] | Université du Québec à Montréal | Sciences biologiques | Ribosome biogenesis, DEAD-box RNA helicase, RNA acetylase, RNA methylase, snoRNA, rRNA processing, immunoprecipitation, sucrose gradients, electrophoresis and blotting | Site web | ||
| Laurent | Chatel-Chaix | [email protected] | INRS | Centre Armand-Frappier Santé Biotechnologie | molecular virology, cell and virus culture, RNA imaging, electron microscopy, cellular respiration assays, confocal microscopy | Site web | Consulter | |
| Yannick | Doyon | [email protected] | Université Laval | Molecular Medecine | CRISPR, Genome editing | Site web | Consulter | |
| Marie-Claude | Vohl | [email protected] | Université Laval | École de nutrition, Centre Nutrition, santé et société (NUTRISS) | nutrigenomics, genomics, transcriptomics, obesity, metabolic diseases, nutrition | Consulter | ||
| Martin | Lévesque | [email protected] | Université Laval | Psychiatry and neurosciences | Axon guidance, Brain development, local RNA translation, Neurodegenerative diseases, Parkinson, RNA sequencing, laser capture microdissection, viral vector, brain organoids | Site web | Consulter | |
| Marc Andre | Sirard | [email protected] | Université Laval | Animal Science | epigenetic, transcriptomic, spermatozoa, oocyte, embryo, microRNA, | Site web | Consulter | |
| Davoud | Torkamaneh | [email protected] | Université Laval | Phytologie | Cannabis genomics, sex plasticity, impact of small RNA in sex plasticity, gene network, AI&ML | |||
| Denis | Leclerc | [email protected] | Université Laval | Microbiology, Infectiology and Immunology | Vaccine platform, nanoparticle, agonist TLR7/8, covid-19 vaccine, Universal influenza vaccine | Site web | Consulter | |
| Jasna | Kriz | [email protected] | Université Laval | Department of Psychiatry and Neuroscience | Ribosome profiling, RiboTag approach, transgenics, in vivo bioluminescence imaging, models of neurodegenerative disorders, antisense oligonucleotides, gene silencing | Site web | Consulter | |
| Marc-Etienne | Huot | [email protected] | Université Laval | Biologie moléculaire, biochimie médicale et pathologie | RNA-bing proteins, Splicing, translational regulation, metastasis | Site web | Consulter | |
| Angela | Pearson | [email protected] | INRS | Centre Armand-Frappier Santé Biotechnologie | herpes simplex virus, canid herpesvirus 1, transcriptional regulation, microRNAs, structural RNAs, nucleolus, viral replication, viral pathogenesis | Site web | Consulter | |
| Sophie | Petropoulos | [email protected] | Université de Montréal | Medicine | single-cell genomics, development, programming | Site web | ||
| Eric | Lécuyer | [email protected] | Université de Montréal | RNA Biology Lab | RNA Localization, RNA Binding Proteins, Intracellular Trafficking, High-Throughput Imaging, Molecular and Cellular Biology, Drosophila Genetics, Amyotrophic Lateral Sclerosis, RNA Therapeutics. | Site web | Consulter | |
| Claude | Robert | [email protected] | Université Laval | Animal sciences | oocyte, RNA storage, RNA transport, microscopy, transcriptomics, RNA sequencing, polyribosomes. | Site web | ||
| Antony | Vincent | [email protected] | Université Laval | Sciences animales | Antibiotic resistance; Bioinformatics; Gene regulation; Genomics; Mobile Genetic Elements; Virulence | Site web | Consulter | |
| Maritza | Jaramillo | [email protected] | INRS | Centre Armand-Frappier Sante Biotechnologie | mRNA translation, mRNA turnover, RNA-binding proteins, innate immunity, parasitic infections | Site web | Consulter | |
| Jean-Yves | Masson | [email protected] | Université Laval | Molecular Biology, Medical Biochemistry, and Pathology | Mutations, DNA double-strand breaks, R-loops, Homologous recombination, EXO1, PALB2, BRCA2. | Site web | ||
| Luc | Vallières | [email protected] | Université Laval | Molecular medicine | RNA lipid nanoparticles, mRNA, microRNA, autoimmunity, neuroinflammation, multiple sclerosis, brain cancer | Site web | Consulter | |
| Manu | Rangachari | [email protected] | Université Laval | Molecular Medicine | T cells, cytokines, multiple sclerosis, autoimmunity, stress granules, flow cytometry | Site web | ||
| Raoul | Santiago | [email protected] | Université Laval | Département de pédiatrie | Transcriptomics, multiomics, immune environment, immunotherapy, pediatric cancer | Site web | ||
| Martine | Tetreault | [email protected] | Université de Montréal | Neuroscience | Omics, Neurological disease, splicing, DNA methylation, differential expression, poly-adenylation, mutations, bionformatics | Site web | Consulter | |
| Marie-Pierre | Létourneau Montminy | [email protected] | Université Laval | Animal Science | phosphorus, calcium, nitrogen, vitamin, amino acid, swine, poultry, bone | Site web | Consulter | |
| Tom (Thomas) | Moss | [email protected] | Université Laval | Molecular Biology, Medical Biochemistry and Pathology | RNA Polymerase I (RPI, PolI, Polr1); RPI-specific TBP-TAF complex SL1/TIF-IB; Upstream Binding Factor (Ubtf/Ubf); Ribosome Biogenesis; Ribosomal RNA (rRNA) gene; Ribosomal DNA (rDNA); Active rDNA Chromatin; Target gene inactivation. High resolution ChIP and ChIP-Seq (DChIP-Seq), Cancer, UBTF-E210K neuroregression syndrome. | Site web | ||
| Vladimir | Reinharz | [email protected] | Université du Québec à Montréal | Computer Science | Graph, combinatorics, statistical mechanics, evolution, RNA structure, chemical modifications | Site web | Consulter | |
| Marlene | Oeffinger | [email protected] | Université de Montréal | RNP Biochemistry | RNA biology, ribosome biogenesis, RNA maturation pathways, RNA export, translation, RNP plasticity and adaptation, neurodegenerative disease, proteomics, biochemistry, RNA-protein interactions | Site web | ||
| Marie-Eve | Paquet | [email protected] | Université Laval | Biochemistry, microbiology and bioinformatics | Viral vectors, lentiviruses, RNAi, CRISPR, shRNA, gene transfer, gene expression | Site web | ||
| Semlali | Abdelhabib | [email protected] | Université Laval | Centre de recherche en écologie buccale | 1) QPCR arrays. 2) gène expression. 3) Micro RNA. 4) real time PCR. 5) Méthylation | Site web | Consulter | |
| Bertrand | Culley | [email protected] | Université Laval | Biochemistry, Microbiology & Bioinformatics | Viral Ecology, Omics, Virology, Polar Biology, Aquatic Biology | Site web | Consulter | |
| Nicolas | Bertrand | [email protected] | Université Laval | Pharmacy | nanomedicine, nanoparticles, polymers, pharmacokinetics, biodistribution | Site web | ||
| Chukwuemeka George | Anene-Nzelu | [email protected] | Université de Montréal | Medicine | Perturb-seq, RNA pull down, RADICL-seq | |||
| Gertraud | Burger | [email protected] | Université de Montréal | Biochemistry | RNA editing, trans-splicing, transcriptomics, catalytic assays, dissection of catalytic complexes | Site web | ||
| Paul | De Koninck | [email protected] | Université Laval | Biochimie, microbiologie et bio-informatique | Synaptic plasticity, neuronal cultures, dendritic signaling, cytoskeleton, calcium signaling, optogenetics, neurophotonics, optical nanoscopy, mRNA transport, single molecule imaging | Site web | Consulter | |
| Katherine | Borden | [email protected] | Université de Montréal | IRIC | eIF4E, RNA, nuclear mRNA export, RNA processing, NMR, biophysics, clinical translation | Site web | ||
| James | Omichinski | [email protected] | Université de Montréal | Biochimie et médicine moléculaire | Structural biology, RNA viruses, NMR spectroscopy, autophagy, X-ray crystallography, metal binding, Rift Valley Fever Virus, HIV nucleocapsid, zinc ejectors | Site web | Consulter | |
| Javier | Di Noia | [email protected] | Université de Montréal | Center for immunity, inflammation and infectious diseases | Activation induced deaminase, APOBECs, lymphocyte, lymphoma, germinal center, antibody responses, ribonucleoprotein complexes, proteomics, genomics, molecular biology | Site web | Consulter | |
| Serge | McGraw | [email protected] | Université de Montréal | Department of Obstetrics & Gynecology | Epigenetics and epigenome editing, sequencing based approaches and bioinformatics, non-coding RNAs, mechanisms of genomic imprinting, embryonic stem cells, development | Site web | Consulter | |
| Vincent | De Guire | [email protected] | Université de Montréal | Biochemistry and Molecular Medicine | Diagnostic, miRNAs, Laboratory Medicine, clinical biochemistry, circulating miRNAs | Site web | Consulter | |
| Guy | Lemay | [email protected] | Université de Montréal | Microbiologie, infectiologie et immunologie | Site-directed mutagenesis. Reverse genetics. RT-qPCR. RNA-seq. Immunodetection. siRNA. | Site web | Consulter | |
| Daniel | Sinnett | [email protected] | Université de Montréal | Pediatrics | Childhood cancer, RNA-seq, functional validation, non-coding RNA, lncRNA, circRNA, leukemia, bioinformatics | |||
| ERIC | COHEN | [email protected] | Université de Montréal | Microbiology, infectiology and Immunology | microRNAs; virology and molecular virology ; humanized mice as models of viral infection and persistence | Site web | Consulter | |
| Julie | Hussin | [email protected] | Université de Montréal | Médecine | bioinformatics, artificial intelligence, transcriptomics, evolution, population genetics, SARS-CoV2, virus-host genetic interactions, metabolomics | Site web | Consulter | |
| Laura | Hulea | [email protected] | Université de Montréal | Medicine | mRNA translation, cell metabolism, eIF4F, mTOR, cancer, resistance to cancer therapy, diabètes, metabolomics, polysome profiling | Site web | Consulter | |
| Masad | Damha | [email protected] | McGill University | Chemistry | solid-phase synthesis, mechanochemical synthesis; nucleic acid modifications; biophysical studies of DNA & RNA structure. | Site web | ||
| Thomas | Duchaine | [email protected] | McGill University | Biochemistry | RNA-mediated silencing, RNAi, microRNA, 3'-untranslated region, chromatin regulation, genetics, proteomics, epigenetics, C. elegans, RNA-binding proteins, regulation of gene expression | Site web | ||
| Frederic | Charron | [email protected] | Université de Montréal | Medicine | neuron, growth cone, brain tumor, RNA immunoprecipitation | Site web | ||
| Claudia | Kleinman | [email protected] | McGill University | Human Genetics | transcriptomics, computational biology, bioinformatics, single-cell biology, epigenomics, systems biology, machine learning | Site web | ||
| Denis | Giguere | [email protected] | Université Laval | Chemistry | carbohydrates; furanosides; nucleosides; fluorinated nucleosides; synthetic inhibitors | Site web | Consulter | |
| Maria Vera | Ugalde | [email protected] | McGill University | Biochemistry | mRNA, translation, mRNA decay, Heat Shock Proteins, single-molecule fluorescence microscopy, neurodegeneration, mRNA localization | Site web | Consulter | |
| MUHAMMAD | RIAZ KHAN | [email protected] | Université de Sherbrooke | Dept. of Biochemistry and Functional Genomics | Aging, RNA, Splicing, lncRNAs, isoforms | Site web | Consulter | |
| Nathan | Luedtke | [email protected] | McGill University | Chemistry | chemical biology, bioorthogonal "click" chemistry, fluorescent probes, precision oncology, therapeutic oligonucleotides, lipid nanoparticles, acute myeloid leukemia | Site web | Consulter | |
| Momar | Ndao | [email protected] | McGill University | Medicine | Vaccine, diagnostic, drug screening, proteomic, metabolomic, immunology, parasitology, infectious diseases | Site web | Consulter | |
| Tarik | Moroy | [email protected] | Université de Montréal | Hematopoiesis and Cancer | lcnRNA, ChIRP-MS, RIP, BioID, mouse models, tumor model for leukemia and lymphoma | Site web | Consulter | |
| Martin | Smith | [email protected] | Université de Montréal | Biochimie et Médecine Moléculaire | Nanopore sequencing, transcriptomics, artificial intelligence, genomics, epigenetics, epitranscriptomics, bioinformatics | Site web | Consulter | |
| Malik | Chaker-Margot | [email protected] | Université de Montréal | Biochemistry and Molecular Medicine | Structure des ARN, Cryo-ME, Culture cellulaire, Biophysique, ARN long non-codants, Protéines de liaison aux ARN, | Je suis un biologiste structurale qui étudie notament la structure des ARN, particulièrement les long ARN non-codants, et les ARN messagers. Pour ce faire, j'utilise principalement la cryo-microscopie électronique, ainsi que d'autres techniques de biochimie et de biophyique. | Site web | Consulter |
| Aider | Mohammed | [email protected] | Université Laval | Soil and Agri-Food Engineering | Lactic acid bacteria. Food grade yeasts. Antimicrobials. Gene expression. Food safety. Gut microbiota. Prebiotics. | Site web | Consulter | |
| Guillaume | Pain | [email protected] | Université Laval | Department of management | Transcriptomics; Environmental risk assessment and management; Social science perspectives; Qualitative methods. | Site web | Consulter | |
| Sylvain | Moineau | [email protected] | Université Laval | Biochimie, microbiologie et bio-informatique | Bacteriophages, bacteria, CRISPR | Site web | Consulter | |
| Ivan | Topisirovic | [email protected] | McGill University | Lady Davis Institute/Oncology | mRNA translation, post-transcriptional regulation of gene expression, signaling, mRNA metabolism, energy metabolism | Site web | Consulter | |
| Caroline | Gilbert | [email protected] | Université Laval | Microbiologie infectiologie immunologie | HIV-1, COVID-19, micro-RNA, extracellular vesicles, immunopathogenesis, neutrophil, dendritic cells, | Site web | Consulter | |
| Guojun | Chen | [email protected] | McGill University | Biomedical Engineering | Drug delivery, Nanotechnology, Biomaterials, Gene therapy, Genome editing, Cancer immunotherapy, RNA delivery, Cold plasma therapy | Site web | Consulter | |
| Rongtuan | Lin | [email protected] | McGill University | Medicine | 5'pppRNA, innate immunity, IFN signaling, viral evasion. | Site web | ||
| Chen | Liang | [email protected] | McGill University | Medicine | HIV, SARS-CoV-2, RNA-binding proteins, helicases, innate immunity, interferon, CRISPR, antiviral drugs | Site web | Consulter | |
| Corinne | Hoesli | [email protected] | McGill University | Chemical Engineering | cell therapy, tissue engineering, 3D printing, flow models, stem cells | Consulter | ||
| Robert | Francois | [email protected] | Université de Montréal | Medicine | Transcription, RNA Polymerase II, Chromatin, Histone chaperones, CTD, Mediator, Functional genomics, High-throughput sequencing | Site web | Consulter | |
| Steve | Bilodeau | [email protected] | Université Laval | Département de biologie moléculaire, de biochimie médicale et de pathologie | Transcription, Cancer, Gene Regulation, Chromosome Architecture, Transcriptomics, Epigenomics, Next-Generation Sequencing, Single-Cell, Bioinformatics | Site web | Consulter | |
| Vincent Quoc-Huy | Trinh | [email protected] | Université de Montréal | Pathology and Cellular Biology | Pathology, immunohistochemistry, cyclic immunofluorescence, doptive T-cell transfer cell depletion, extracellular vesicle isolation, nanoparticle isolation. | Site web | Consulter | |
| Jean-Claude | Tardif | [email protected] | Université de Montréal | Biochemistry and Medicine | Atherosclerosis regression, inflammation, precision medicine | Site web | ||
| Soren | Gantt | [email protected] | Université de Montréal | Microbiologie | Vaccinology, virology, pediatrics, clinical trials | Site web | Consulter | |
| Benoit | Labonté | [email protected] | Université Laval | Psychiatry and Neurosciences | Depression, social behaviors, sex differences, gene expression, transcriptional gene networks, epigenetic, mouse models of chronic stress, medial prefrontal cortex, neuronal circuitry | Site web | ||
| Silvia | Vidal | [email protected] | McGill University | Human Genetics | mouse models of viral infection influenza virus; SARS-CoV-2; coxsackievirus; herpesviruses - innate immunity inflammation - Natural Killer cell self/non-self-recognition - mouse genetics functional genomics flow cytometry biochemistry virology - CL3 containment. | Site web | Consulter | |
| Nicolas | Moitessier | [email protected] | McGill University | Chemistry | Docking, Drug design and discovery, Parkinson's disease, Antibiotics. | Site web | Consulter | |
| Eric | Paquet | [email protected] | Université Laval | Département des sciences animales | bioinformatics, statistics, machine learning, chronobiology, cell cycle, live-cell imaging, smFISH, computer vision | Site web | Consulter | |
| Claire | BENARD | [email protected] | Université du Québec à Montréal | Biological Sciences | Nervous system, axon guidance, dendrite development, synapses, neuronal aging, cell adhesion, HSPGs, mRNA stability | Site web | Consulter | |
| Benoit | Barbeau | [email protected] | Université du Québec à Montréal | Sciences biologiques | Antisense transcription, HIV-1, HTLV-1, promoter, splicing, RNA-Seq, RNA-IP | Site web | Consulter | |
| Stephanie | Weber | [email protected] | McGill University | Biology | Phase separation, Membraneless organelles, Transcription, Nucleolus, Ribosome biogenesis, Size scaling, Cellular biophysics, Spatial organization | Site web | Consulter | |
| Philippe | Campeau | [email protected] | Université de Montréal | Pediatrics | Exome, Ribosomopathies | Site web | Consulter | |
| Senthil Kumar Duraikannu | Kailasam | [email protected] | McGill University | Human Genetics | Bioinformatics, RNAseq, CLIP-seq, Ribosome profiling, SHAPE-seq, CrisPR-seq, MD simulation, | Site web | Consulter | |
| David | Langlais | [email protected] | McGill University | Human Genetics | functional genomics, transcription, epigenetics, innate immunity, inflammation, infection, host-pathogen interaction, single-cell omics | Site web | ||
| ANISHA | PAL | [email protected] | Université Laval | Medicine | Genetic screen, miRNA, Argonaute, miRISC mediated PTGS, Genotyping, PCR, Northern Blot, Western Blot, Immunoprecipiation, RT-PCR, CRISPR-Cas9, small RNA sequencing, Mass-spec | Site web | ||
| William | Zerges | [email protected] | Concordia University | Biology | translation, mRNA, ribosome, organelle, chloroplast, oxidized RNA, Chlamydomonas, yeast | Site web | Consulter | |
| Mohamed | Hijri | [email protected] | Université de Montréal | Sciences Biologiques | Mycorrhizal fungi, Soil and Plant Microbiota, Plant Growth Promoting Microbes, Plant Biostimulants, Metagenomics, Metatranscriptomics, Gene Expression | Site web | Consulter | |
| David | Morse | [email protected] | Université de Montréal | Sciences biologiques | Lingulodinium, RNA Seq, Ribosome profiling, RNA interactome | Site web | ||
| Jean-Philippe | Brosseau | [email protected] | Université de Sherbrooke | Biochemistry and Functional Genomics | alternative splicing, cancer progression, cancer mouse models, gene expression program, neurofibromatosis type I | Site web | Consulter | |
| Aida | Ouangraoua | [email protected] | Université de Sherbrooke | Computer science | Genome evolution, Gene evolution, Transcript evolution, Alternative splicing, ncRNA secondary structure, ncRNA evolution, Comparative genomics, Sequence alignment | Site web | Consulter | |
| Lamara | Mebarek | [email protected] | University of Quebec at Abitibi-Témiscamingue | Forest Research Institute | Tree genomics, transcriptomics, metagenomics, epigenetics | Consulter | ||
| Geraldine | Delbes | [email protected] | INRS | Armand Frappier Santé Biotechnologie | Reproductive toxicology, germ cells, environmental chemical, drugs, DOHAD | Site web | Consulter | |
| Nicolas | Doucet | [email protected] | INRS | Centre Armand-Frappier Santé Biotechnologie | NMR, molecular biology, protein engineering, structural biology, X-ray crystallography, enzyme kinetics, biophysical characterization | Site web | Consulter | |
| Yves | St-Pierre | [email protected] | INRS | INRS-Centre Armand-Frappier | Cancer, marine biology, immuno-oncology, liquid biopsy, transcriptomics, glycomics, microbiome, virome, | Site web | Consulter | |
| Isabelle | Plante | [email protected] | INRS | Armand-Frappier Santé Biotechnologie | mammary gland, development, proteomic, transcriptomic, 3D models, in vivo and in vitro, toxicology, endocrine disruptors | Site web | ||
| Marie-Claude | Sincennes | [email protected] | INRS | Centre Armand-Frappier Santé Biotechnologie (AFSB) | Stem cells, neuromuscular diseases, rhabdomyosarcoma, transcription factors, epigenetics, gene expression | Consulter | ||
| Charles M. | Dozois | [email protected] | INRS | INRS-Centre Armand-Frappier Santé Biotechnologie | Bacterial infections, Escherichia coli, bacterial gene regulation, adherence, toxins, transport, regulatory RNAs, urinary tract, poultry | Site web | Consulter | |
| Cathy | Vaillancourt | [email protected] | INRS | Centre Armand Frappier Santé Biotechnologie | placenta, pregnancy, serotonin, melatonin, tryptophan, iron, cell biology | Site web | ||
| Jacek | Majewski | [email protected] | McGill University | Human Genetics | Genomics, bioinformatics, epigenetics, splicing, cancer, disease, development. | Site web | Consulter | |
| Aurélie | DELANNOY | [email protected] | Université de Sherbrooke | Microbiologie et Infectiologie | Splicing cancer apoptosis | Site web | ||
| Etienne | Yergeau | [email protected] | INRS | Centre Armand-Frappier Santé Biotechnologie | miRNA, metatranscriptomic, metagenomic, soil microbiome, plant microbiome | Site web | Consulter | |
| Alain | Moreau | [email protected] | Université de Montréal | Stomatology/ Faculty of Dentistry & Biochemistry and Molecular Medicine/Faculty of Medicine | epigenomics, genomics, proteomics, metabolomics, transcriptomics, microRNAs, biomarkers, machine-learning, animal models, clinical research | Site web | Consulter | |
| Mathieu | Quesnel-Vallières | [email protected] | Université de Sherbrooke | Immunology and Cell Biology | RNA splicing, gene expression, cancer, hematopoiesis | Site web | Consulter | |
| Taha | Azad | [email protected] | Université de Sherbrooke | Microbiology and infectious disease | Synthetic biology, Self amplifying RNA, Oncolytic virus, Biosensor development | Site web | Consulter | |
| Karine | Choquet | [email protected] | Université de Sherbrooke | Biochemistry and Functional Genomics | splicing, RNA processing, nanopore sequencing, functional genomics, RNA-seq, bioinformatics, non-coding RNAs, aging, neurodegenerative diseases | Site web | Consulter | |
| Manuella | Bouttier | [email protected] | n/a | Medical Science Liaisons in Rare Diseases, SOBi | ||||
| Christine | Roden | [email protected] | Université de Montréal | Département de biochimie et médecine moléculaire | ||||
| Ian | MacDonald | [email protected] | Montreal | Ophtalmologie | Je travaille avec l'ARN antisens comme traitement | |||
| Issa | Hawraa | [email protected] | Université Laval | Faculté de médecine dentaire-Groupe de recherche | Développement d'un nouveau axe de recherche dans | Développement d'un nouveau axe de recherche dans le laboratoire se basant sur le traitement du cancer oral par des thérapies à base d'ARN. Devenir membre sera une excellente opportunité pour être introduite aux avancées actuelles dans le domaine de l'ARN. La possibilité de réseautage et l'élaboration de projets multidisciplinaires/multicentriques sont également une source de motivation. | Site web | |
| Lionel | Loubaki | [email protected] | Université Laval/Héma-Québec | Biochimie, microbiologie et bio-informatique | Mes travaux de recherche portent sur la thérapie | Mes intérêts de recherche portent sur différents aspects de la biologie des cellules souches, des leucocytes, des globules rouges et des plaquettes. | Site web | |
| Ruben Rodrigo | Lopez Salazar | [email protected] | Nanofacile Inc. | Thérapies à ARN, Microfluidique, Nanoparticules lipidiques, Encapsulation, Nanomédecine, Impression 3D, Biotechnologie, Recherche préclinique, Médecine personnalisée, Criblage à haut débit. | Mon intérêt pour les thérapies à ARN réside dans leur potentiel à révolutionner la médecine, et chez Nanofacile, nous utilisons des technologies de pointe comme la microfluidique et l'impression 3D pour transformer la recherche en ce domaine. Ces technologies permettent une encapsulation précise des molécules thérapeutiques et accélèrent le développement de nouveaux traitements. Notre mission est d'offrir aux chercheurs des solutions innovantes qui repoussent les frontières de la science et facilitent les découvertes médicales majeures. | Site web | ||
| Mohamed Gabriel | Alameh | [email protected] | University of Pennsylvania/Children Hospital of Philadelphia | Pathology and Laboratory Medicine | RNA technologies and therapeutics Inc | |||
| Marc-André | Poupart | [email protected] | Polaris Oligonucléotides | Synthèse sur demande, ADN/ARN, siRNA, ASO, Bioconjugaisons | Polaris Oligonucléotides offre un service de synthèse sur demande d'oligonucléotides. Nous sommes particulièrement fiers d'offrir aux chercheurs en recherche sur les ARNs thérapeutiques une alternative locale et de qualité pour combler leurs besoins les plus ambitieux dans la synthèse d'oligonucléotides modifiés. | Site web | ||
| Jean-François | Lemay | [email protected] | CNETE/ Cégep de Shawinigan | Biologie moléculaire | Protéines, bioprocédés, biologie moléculaire, biotechnologie, production, purification, formulation, mise à l'échelle, transfert technologique | Production d'enzymes/protéines reliées aux technologies de l'ARN (T7 RNAP, DNaseI, pyrophosphatase ,endonucléase, CAS9-12-13, PrimeEditing, etc.). Expertise et plusieurs équipements pour la création de nouvelles souches recombinantes (E. coli et P. pastoris), production en bioréacteur (1-500L), purification (FPLC, filtration tangentielle) et formulation (lyophilisation et séchoir par atomisation) à différentes échelles). Implication dans la formation d'étudiants principalement du cégep. | Site web | |
| Sabrine | Najeh | [email protected] | Institut Armand Frappier-santé biotechnologie | |||||
| Felicia | Pan Du | [email protected] | INRS | |||||
| Sinda | Elhedi | [email protected] | INRS CENTRE ARMAND-FRAPPIER | Microbiology et biotechnologie | ||||
| Baret Micaelli | Cément | [email protected] | INRS | Biologie | ||||
| Vanessa | Aguilar | [email protected] | INRS | Centre Armand-Frappier | ||||
| Yassine | El Bakkouri | [email protected] | Uiversité de Montréal | Département de pharmacologie et physiologie | stress granules, angiogenesis, oncology, translation, integrated stress response, endothelial | |||
| Jenis | Carpio Garcia | [email protected] | University of Sherbrooke | Microbiology | Apoptosis, cancer research, transcription, alternative splicing,Proteomics. Technniques: qPCR, Western Blot,cell culture,cloning, cell death assay,lentiviruses | I am interested in laboratory investigations focused on gene regulation and apoptosis in cancer cells. My research has involved studying a minor isoform of a general transcription factor that can induce cell death in cancer cells so I am particularly interested in exploring molecular mechanisms that control cell fate in cancer cells and their potential therapeutic applications. | Consulter | |
| Emmanuelle | Wilhelm | [email protected] | Ingénieur Sénior ARN à Nantes- France | |||||
| Chris | Drogaris | [email protected] | McGill University | Bioinformatics | bioinformatics, 3d genomics, vr, ar, hci, | citizen science, bioinformatics, human interaction computing, VR/AR, game development | Site web | Consulter |
| Chris | Drogaris | [email protected] | Diga Design | Bioinformatic Apps + Citizen Science Games | Web / VR AR & App dev | |||
| Dmitry | Kretov | [email protected] | Centre de recherche du CHU de Québec-Université Laval | Axe Oncologie | Protéines de liaison à l'ARN, microARN, stabilité de l'ARN, traduction de l'ARNm, développement, oncogenèse. | 1. Découvrir les principes des interactions ARN-protéine et mesurer leur impact sur la stabilité et la traduction de l'ARNm. 2. Identifier les mécanismes contrôlant l'abondance de l'ARNm dans les cellules pendant le développement et le cancer. 3. Concevoir de nouveaux outils moléculaires pour étudier et contrôler les interactions ARN-protéine. | Site web | Consulter |
| Isabelle | Largillière | [email protected] | Polytechnique Montréal | Génie Physique | gene delivery, triggered delivery, LNPs, gols nanoparticles | |||
| Baharehsadat | Rasouli | [email protected] | University of Montreal | Department pf Medicine, Biomedical Sciences | miRNA, Regulatory Factors, gene expression | The main focus of our lab is on decoding miRNA regulation by identifying novel effectors and global gene expression impact using CRISPR screening | ||
| Mathieu | Flamand | [email protected] | Université Laval | Département de psychiatrie et de neurosciences | m6A; RNA binding proteins; molecular neuroscience; RNA transport; translation; mRNA decay | Nous étudions les fonctions des modifications de l’ARN et des protéines de liaison à l’ARN qui les reconnaissent dans les neurones et dans les maladies neurodégénératives. Pour ce faire, nous utilisons et développons des méthodes de pointe en transcriptomique et protéomique, que nous appliquons sur des modèles cellulaires neuronaux. | Site web | Consulter |
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| Sven | Ansorge | [email protected] | Canadian Alliance for Skills and Training in Life Sciences (CASTL) | Technical Training | Biofabrication, thérapies ARN, centre de formation, développement des compétences, bonnes pratiques de fabrication (BPF) | Site web | ||
| Benoit | Arsenault | [email protected] | Université Laval | Département de médecine | Génétique, randomisation mendélienne, transcriptomique, protéomique, maladies cardiométaboliques, ARN antisens | Mon programme de recherche vise à transformer la génétique humaine en solutions thérapeutiques à ARN pour prévenir et traiter des maladies chroniques majeures telles que la stéatose hépatique, le diabète de type 2 et les maladies cardiovasculaires. Grâce à l’utilisation de grandes biobanques québécoises et internationales, nous identifierons de nouvelles cibles génétiques et développerons des siRNA et des ASO durables, efficaces et adaptés à la prévention de précision. | ||
| Panagiotis | Prinos | [email protected] | McGill University / Réseau DePTAQ | Réseau de développement et de production de thérapies ARN du Québec (DePTAQ) | RNA therapeutics, RNA splicing, RNA processing, RBPs, RNAi, epigenetics, cell-based assays, target validation, drug discovery | My research investigates how RNA regulation—particularly alternative splicing, intronic polyadenylation and epigenetic modifications—is changed in cancer and neurodegenerative diseases and how it controls cellular phenotypes. My long-term vision is to exploit these RNA vulnerabilities to develop innovative therapeutic strategies that target cancer-specific splicing isoforms or modulate RNA regulatory enzymes. | Site web | Consulter |
| Pierre | Pannunzio | [email protected] | illumina | commercial | sequencing, precision health, precision medicine, multiomics, DNA, RNA, oncology, liquid biopsy | |||
| Sébastien | Nisole | [email protected] | INRS | Centre Armand-Frappier Santé Biotechnologie | RNA viruses, antiviral innate immunity, viral RNA, interferon response, RNA structure, RNAseq | My main interest is in innate antiviral immunity and virus–host interactions, with a particular focus on interferon responses and interferon-stimulated genes (ISGs). I study RNA viruses of major public health relevance, including HIV-1, influenza virus, SARS-CoV-2, and emerging mosquito-borne flaviviruses, to identify host factors that block viral replication and to elucidate their mechanisms, revealing vulnerabilities that could be exploited as therapeutic targets. | Site web | Consulter |
| Claude | LeDuc | [email protected] | Inception Therapeutics Inc. | Executive | ARN, Proteomics, Regenerative Medicine | Deep expertise in scaling early-stage technologies through clinical, regulatory, and commercial inflection points. | Consulter | |
| Kathie | Béland | [email protected] | CHU Sainte-Justine/ Immugenia | Recherche | ingénerie cellulaire, immunothérapie, promoteur synthétiques, immunologie, CAR | Je travaille dans le domaine de l'immunologie depuis 2001, principalement dans le développement d'immunothérapies contre le cancer, la modélisation des maladies immunitaires à l'aide de modèles précliniques humanisés pertinents et l'immunologie du foie. Au cours de ces années, j'ai publié plus de 30 articles évalués par des pairs. En 2020, mon équipe de recherche a déposé un brevet pour une technologie dont j'ai le privilège d'être l'une des inventrices principales. Cette technologie a donné naissance à Immugenia, une biotech québécoise qui vise à faire de l'immunothérapie du cancer. | Site web | Consulter |
| Christine | Roden | [email protected] | Université de Montréal | Biochimie et médecine moléculaire | ARN, virus à ARN, protéines de liaison à l'ARN, condensats biomoléculaires | Je m'intéresse à la manière dont les virus à ARN stockent l'information nécessaire à leur auto-assemblage dans les molécules d'ARN et de protéines. Mes virus modèles sont le SARS-CoV-2 et les mitovirus. Mon laboratoire utilise une approche combinant biochimie et biologie cellulaire. | Site web | Consulter |
