829 Covehead Crescent Ottawa, ON K1V 1M3 Canada3D Healthcare Consulting (3DHC) specializes in healthcare education.

4-77 Auriga Dr, Ottawa, ON, K2E 7Z7n the past 23 years, we have developed strong relationships with manufacturers of raw materials from Europe, India, China, US, South America and Japan. We can source and provide hard to find ingredients at cost effective prices. We differentiate from others by emphasising on professional service and quality products, and by focusing on value creation for our customers. Our portfolio of high quality Nutraceuticals Ingredients consists of Botanical Extracts and Powders, Specialty Ingredients, Amino Acids and Derivatives, Minerals, Vitamins, Sweeteners, Proteins, Enzymes and Blends, Vitamins and Blends, Excipients, Essential and Carrier Oils. We also stock substantial quantities of Whey Protein Concentrate, Whey Protein Isolate, Creatine Monohydrate, L-Glutamine and Branched Chain Amino Acids. In the over the counter (OTC) and prescription (Rx) segments we represent many active pharmaceutical ingredient (API) manufacturers from India, China, and Taiwan as well as Western and Eastern Europe. In addition to the products listed on our site, we can source a wide range of specialized materials and formulations through our international network of suppliers. We act as a one stop shop by providing non-ingredient sourcing solutions such as packaging items, ranging from HDPE and PET packers and jars, to liquid and powder flavours. Our distribution network covers entire North America through a network of 8 warehouses in Quebec, Ontario, Manitoba, British Columbia, New Jersey, Denver and Chicago. Our distributed operations enable us to deliver smallest to the largest orders efficiently and cost effectively.

11 Mars Gatineau J8T 7V9 Quebec, CanadaAb Biotech provides antibody services and polyclonal antibody production.

299 Ch. Industriel, Unit 5 L'Ange-Gardien, Quebec, Canada, J8L 0A9Alfa GlycoChem Inc. is an R&D laboratory and small scale manufacturer of bio-medical research chemicals. We focus on carbohydrate-based organic chemicals, including glycoamino acids, enzyme substrates, linkers, fluoro-modified carbohydrate, and other medical active carbohydrate molecules. Our strong expertise in carbohydrate chemistry and synthetic chemistry provides bio-medical research scientists the high quality carbohydrate chemicals and synthesis service.

32 Colonnade Road North, Unit 1000 Nepean, ON K2E 7J6 Canada

100 Sussex Drive, Ottawa, ON K1A 0R6 CanadaChemaphor offers health and wellness products for humans and animals as well as specialty chemicals

Ottawa, ON CanadaChemaphor offers health and wellness products for humans and animals as well as specialty chemicals

P.O Bag 1150 300 Laurier Blvd. Brockville, ON K6V 5W1 CanadaChromatographic Specialties provides gas and liquid chromatography consumables and instrumentation.

Ottawa, ON CanadaClaigan provides environmental compliance services.

Claigan Inc. 105 Schneider Road, Suite 211 Kanata, ON K2K 1Y3, CanadaClaigan provides environmental compliance services.

500 Palladium Drive Suite 3000 Ottawa, ON, K2V 1C2 CanadaDNA Genotek, a subsidiary of OraSure Technologies, Inc., focuses on providing high-quality biological sample collection products and end-to-end services for human genomics, microbiome and infectious disease applications. The Company's Oragene•Dx and ORAcollect•Dx product lines are the first and only FDA 510(k) cleared saliva-based DNA collection devices for in vitro diagnostic use. DNA Genotek also offers Research Use Only products to collect and preserve large amounts of DNA or RNA from multiple sample types. DNA Genotek markets its products worldwide and has a global customer base with thousands of customers in over 100 countries. DNA Genotek offers comprehensive services for both genomic and microbiome sample types including processing, sequencing and bioinformatics analysis. Through the acquisition of CoreBiome - a microbiome analysis company focused on accelerating discovery for customers in medical, pharmaceutical, agricultural and academic research - DNA Genotek offers comprehensive services for microbiome sample processing, sequencing, and bioinformatic analysis. CoreBiome offers microbial profiling of all sample types, including the complete line of DNA Genotek’s OMNIgene® collection devices as well as a broad range of high, medium and low microbial biomass sample types. Contact us today to learn more about our collection devices, laboratory and fulfillment services. https://dnagenotek.com

4975 Rideau Street, Suite 100 Industrial Park Quebec, Qc, Canada G2E 5H5Feldan Bio offers mammalian cell culture, cytotoxicity assay, recombinant proteins, antibodies, viruses, stem cells, permeability assay, chromatography and purification services.

2255 St Laurent Blvd Suite 101 Ottawa, Ontario, K1G 4K3 CanadaEvidence synthesis, health economics services, and strategic reimbursement and payer negotiation consultancy for pharmaceutical and biotech companies. ✅ Core capabilities: - Systematic literature reviews (including traditional, living, and AI-assisted SLRs and updates, literature screening, data extraction, data cleaning and structuring, risk of bias assessment) - Indirect treatment comparisons (NMA, MAIC, ITC feasibility assessment) - HEOR and HTA strategy - Payer research and gap analysis - Joint clinical assessments (JCAs) - HTA submission support - Unmet needs demonstration - Value story optimization - HTA committee simulation - Global value dossier (GVD) - Pricing and reimbursement strategy Loon's services are delivered by HEOR experts and former HTA executives, powered by our proprietary patent-pending Loon AI® across peer-reviewed, independently validated, and confidence-calibrated platforms: ➡️ Loon Lens is an AI SLR platform that requires no pre-training, with scientific confidence calibration and intelligent citation enrichment and records management. Loon Lens achieves 99.2% precision in study classification, and with only ~5% of outputs routed for confidence-guided human review, delivers 99.0% sensitivity, 99.1% specificity, 99.0% accuracy, and 89.9% precision in title/abstract screening, and 98% accuracy in data extraction validated against CDA-AMC reports. ➡️ Loon Waters is the only neurosymbolic AI platform for HTA committee simulation, predicting reimbursement recommendations with 93.2% accuracy and specific reimbursement conditions with 97.6% precision — validated prospectively on temporally separated data beyond model training cutoffs.

7 Bayview Station Rd Ottawa, Ontario, K1Y 2C5 CanadaEvidence synthesis, health economics services, and strategic reimbursement and payer negotiation consultancy for pharmaceutical and biotech companies. ✅ Core capabilities: - Systematic literature reviews (including traditional, living, and AI-assisted SLRs and updates, literature screening, data extraction, data cleaning and structuring, risk of bias assessment) - Indirect treatment comparisons (NMA, MAIC, ITC feasibility assessment) - HEOR and HTA strategy - Payer research and gap analysis - Joint clinical assessments (JCAs) - HTA submission support - Unmet needs demonstration - Value story optimization - HTA committee simulation - Global value dossier (GVD) - Pricing and reimbursement strategy Loon's services are delivered by HEOR experts and former HTA executives, powered by our proprietary patent-pending Loon AI® across peer-reviewed, independently validated, and confidence-calibrated platforms: ➡️ Loon Lens is an AI SLR platform that requires no pre-training, with scientific confidence calibration and intelligent citation enrichment and records management. Loon Lens achieves 99.2% precision in study classification, and with only ~5% of outputs routed for confidence-guided human review, delivers 99.0% sensitivity, 99.1% specificity, 99.0% accuracy, and 89.9% precision in title/abstract screening, and 98% accuracy in data extraction validated against CDA-AMC reports. ➡️ Loon Waters is the only neurosymbolic AI platform for HTA committee simulation, predicting reimbursement recommendations with 93.2% accuracy and specific reimbursement conditions with 97.6% precision — validated prospectively on temporally separated data beyond model training cutoffs.

501 Smyth Box 511 Ottawa , ON , K1H 8L6 CanadaWe are a core facility of the University of Ottawa and the Ottawa Hospital Research Institute. We provide advice on bioinformatics research design, conduct bioinformatics analysis, provide data warehousing services, and provide support for grant proposals that involve bioinformatics (including conducting pilot studies, support/collaboration letters, methodological text, etc.) Our areas of greatest expertise are: High-throughput sequencing Microarrays Genomic sequence/motif analysis Integration of multiple data sources Network analysis We have experience with many other types of bioinformatics, and/or can refer you to other local experts, depending on your needs. We can also help to arrange for the analysis of your biological samples with local core facilities such as StemCore, the Proteomics Resource Center, or the OHRI Mass Spectrometry Core Facility.

501 Smyth Box 511 Ottawa , ON, K1H 8L6 CanadaWe are a core facility of the University of Ottawa and the Ottawa Hospital Research Institute. We provide advice on bioinformatics research design, conduct bioinformatics analysis, provide data warehousing services, and provide support for grant proposals that involve bioinformatics (including conducting pilot studies, support/collaboration letters, methodological text, etc.) Our areas of greatest expertise are: High-throughput sequencing Microarrays Genomic sequence/motif analysis Integration of multiple data sources Network analysis We have experience with many other types of bioinformatics, and/or can refer you to other local experts, depending on your needs. We can also help to arrange for the analysis of your biological samples with local core facilities such as StemCore, the Proteomics Resource Center, or the OHRI Mass Spectrometry Core Facility.

501 Smyth Box 511 Ottawa , ON , K1H 8L6 CanadaThe Ottawa Hospital Research Institute has grown rapidly to become one of the largest and most important hospital-based research institutions in Canada and with this growth comes the development of our new Biorepository . The facility is located in the Loeb building at the Civic Campus, of The Ottawa Hospital (map) and officially opened in January 2012 with the transfer of 86,000 samples from the pilot phase of the Ontario Health Study. Along with the Ontario Institute for Cancer Research (OICR), the Ontario Agency for Health Protection and Promotion (OAHPP), and the Lunenfeld-Tanenbaum Research Institute (LTRI), the Ottawa Hospital Research Institute Biorepository is currently facilitating the Ontario Health Study (OHS), a major ongoing research study that is investigating risk factors associated with disease, by processing, accessioning and storing all of its biospecimens. One of the major goals of the Biorepository is to make a state-of-the-art facility available to researchers at The Ottawa Hospital and to help promote the safe handling, receipt, storage, inventory control, packaging and distribution for all sample types, The Ottawa Hospital Research Institute Biorepository is an extremely valuable resource for researchers and has the capability to track and store hundreds of thousands of biological samples in vapour-phase liquid nitrogen. Facility The Ottawa Hospital Research Institute Biorepository is a large-scale operation with a 1,200 square foot facility located in the basement of the Loeb building of The Ottawa Hospital’s Civic Campus. The facility is currently outfitted with six top-of-the-line cryogenic freezers, each with a 90,000 sample capacity. These high-efficiency vapour storage freezers are monitored to ensure temperature and liquid nitrogen levels are maintained within specified parameters. The Biorepository also utilizes a Laboratory Information Management System (LIMS), BioBank, which enables staff to archive, trace, and manage sample and laboratory information. This ensures complete traceability on samples and associated information.

501 Smyth Box 511 Ottawa , ON, K1H 8L6 CanadaThe Ottawa Hospital Research Institute has grown rapidly to become one of the largest and most important hospital-based research institutions in Canada and with this growth comes the development of our new Biorepository . The facility is located in the Loeb building at the Civic Campus, of The Ottawa Hospital (map) and officially opened in January 2012 with the transfer of 86,000 samples from the pilot phase of the Ontario Health Study. Along with the Ontario Institute for Cancer Research (OICR), the Ontario Agency for Health Protection and Promotion (OAHPP), and the Lunenfeld-Tanenbaum Research Institute (LTRI), the Ottawa Hospital Research Institute Biorepository is currently facilitating the Ontario Health Study (OHS), a major ongoing research study that is investigating risk factors associated with disease, by processing, accessioning and storing all of its biospecimens. One of the major goals of the Biorepository is to make a state-of-the-art facility available to researchers at The Ottawa Hospital and to help promote the safe handling, receipt, storage, inventory control, packaging and distribution for all sample types, The Ottawa Hospital Research Institute Biorepository is an extremely valuable resource for researchers and has the capability to track and store hundreds of thousands of biological samples in vapour-phase liquid nitrogen. Facility The Ottawa Hospital Research Institute Biorepository is a large-scale operation with a 1,200 square foot facility located in the basement of the Loeb building of The Ottawa Hospital’s Civic Campus. The facility is currently outfitted with six top-of-the-line cryogenic freezers, each with a 90,000 sample capacity. These high-efficiency vapour storage freezers are monitored to ensure temperature and liquid nitrogen levels are maintained within specified parameters. The Biorepository also utilizes a Laboratory Information Management System (LIMS), BioBank, which enables staff to archive, trace, and manage sample and laboratory information. This ensures complete traceability on samples and associated information.

501 Smyth Box 511 Ottawa , ON , K1H 8L6 CanadaThe Cell Therapy Manufacturing Facility at the Ottawa Hospital Research Institute is designed to manufacture state-of-the-art stem and progenitor cell-based therapies for the treatment of acutely or chronically ill patients at The Ottawa Hospital. The facility is a founding member of CellCAN, the Canadian-wide network of cell manufacturing facilities. Through CellCAN, facility members actively participate in the design and execution of multi-center cell-therapy trials as well as the dissemination and implementation of Canadian regulatory guidelines. The facility is currently the primary manufacturing site for three Health Canada authorized clinical trials: Enhanced Angiogenic Cell Therapy – Acute Myocardial Infarction (ENACT-AMI) trial is a phase IIb, double-blind, randomized placebo-controlled trial of genetically transfected autologous endothelial progenitor cells in patients who have experienced a myocardial infarction. Cellular Immunotherapy for Septic Shock (CISS) is a phase I dose escalation safety trial of allogeneic mesenchymal stem cell (MSC) obtained from healthy bone marrow donors for the treatment of septic shock Mesenchymal Stem Cell Therapy for Canadian Multiple Sclerosis Patients (MESCAMS) is a phase I/II "proof-of-principle" study to examine the feasibility, safety and potential benefit of autologous MSC therapy for inflammatory forms of multiple sclerosis (MS). This is a randomized, double-blind, sham-controlled crossover trial using autologous MSCs to treat MS. To facilitate the clinical trials, two suites, each with two processing rooms, have been designed and built for cGMP processing which incorporates uniquely designed isolator technology to speed work-flow, limit costs, and increase product safety. The cell manufacturing facilities is operated under the auspices of a qualified director, with personnel trained in aseptic technique.

501 Smyth Box 511 Ottawa , ON, K1H 8L6 CanadaThe Cell Therapy Manufacturing Facility at the Ottawa Hospital Research Institute is designed to manufacture state-of-the-art stem and progenitor cell-based therapies for the treatment of acutely or chronically ill patients at The Ottawa Hospital. The facility is a founding member of CellCAN, the Canadian-wide network of cell manufacturing facilities. Through CellCAN, facility members actively participate in the design and execution of multi-center cell-therapy trials as well as the dissemination and implementation of Canadian regulatory guidelines. The facility is currently the primary manufacturing site for three Health Canada authorized clinical trials: Enhanced Angiogenic Cell Therapy – Acute Myocardial Infarction (ENACT-AMI) trial is a phase IIb, double-blind, randomized placebo-controlled trial of genetically transfected autologous endothelial progenitor cells in patients who have experienced a myocardial infarction. Cellular Immunotherapy for Septic Shock (CISS) is a phase I dose escalation safety trial of allogeneic mesenchymal stem cell (MSC) obtained from healthy bone marrow donors for the treatment of septic shock Mesenchymal Stem Cell Therapy for Canadian Multiple Sclerosis Patients (MESCAMS) is a phase I/II "proof-of-principle" study to examine the feasibility, safety and potential benefit of autologous MSC therapy for inflammatory forms of multiple sclerosis (MS). This is a randomized, double-blind, sham-controlled crossover trial using autologous MSCs to treat MS. To facilitate the clinical trials, two suites, each with two processing rooms, have been designed and built for cGMP processing which incorporates uniquely designed isolator technology to speed work-flow, limit costs, and increase product safety. The cell manufacturing facilities is operated under the auspices of a qualified director, with personnel trained in aseptic technique.

501 Smyth Rd, Room 4136 (mailbox 223) Ottawa, ON, K1H 8L6 CanadaThe Clinical Investigation Unit (CIU) is 12-bed clinical research facility, with an integrated Pharmacokinetics (PK) Lab, located at the General Campus of The Ottawa Hospital. The CIU has extensive experience in the design and conduct of clinical and pharmacokinetic studies in all phases of drug development from Phase I to Phase IV, including bioequivalence studies, drug-drug and drug-food interaction studies. The CIU can also provide private accommodations for short-term or prolonged overnight stays with experienced research nurses and physicians available to provide 24-hour monitoring of study participants. The CIU also operates an on-site laboratory for handling, pre-analytical processing, storage and shipment of specimens for any sample processing needs. The CIU operates according to Good Clinical Practices (GCP) and Standard Operating Procedures (SOP) which are maintained and updated on a regular basis. Furthermore, all studies are conducted according to the International Conference on Harmonization (ICH) guidelines and the principles set forth in the Declaration of Helsinki. The CIU is also well integrated with other Ottawa Hospital Research Institute support services to enable virtually any complex study design.

Critical Care Wing, 3rd floor, room W3132 501 Smyth Road Ottawa, Ontario , K1H 8L6 CanadaThe Ottawa Hospital Research Institute’s Clinical Research Lab, located in CCW3132, is a central processing site for biological samples obtained from subjects enrolled in clinical research studies. This central processing site ensures the highest degree of consistency and reliability. The dedicated research technicians ensure that all equipment is maintained and all necessary documentation related to equipment and samples is readily available for your study. Services available includes phlebotomy, DNA/RNA/Protein/PBMC extraction, centrifugation, separation, application of a variety of commercial kits, storage (+4°C, -20°C, -80°C or -196°), shipping and much more. Test results are limited to research use; testing to guide clinical decisions must be performed through a Certified Medical Lab.

501 Smyth Box 511 Ottawa , ON, K1H 8L6 CanadaFlow cytometry is the science of examining physical and chemical properties of live cells, beads or other biological particles as they pass in a fluid stream through a measuring apparatus. This apparatus, known as a flow cytometer, uses laser excitation and signal detection to measure parameters such as size, shape, DNA content, surface receptors, enzyme activity, membrane permeability and calcium flux. Some flow cytometers, called sorters, are equipped to separate and collect cells or beads of interest. High-performance flow cytometers and high-speed cell sorters have applications in cancer and HIV research, drug discovery, stem cell and gene therapy. The Ottawa Hospital Research Institute Flow Cytometry Facility, located at the General Campus of the Ottawa Hospital, was established in 1998 and now includes three flow cytometers, two of which have sorting capabilities. We offer the sorting precision required for the isolation of rare cell populations with high purity and yield, up to 20 000 events per second. As well as sorting, flow cytometers allow the simultaneous analysis of a variety of light scatter and fluorescence parameters on single cells.

501 Smyth Box 511 Ottawa , ON , K1H 8L6 CanadaFlow cytometry is the science of examining physical and chemical properties of live cells, beads or other biological particles as they pass in a fluid stream through a measuring apparatus. This apparatus, known as a flow cytometer, uses laser excitation and signal detection to measure parameters such as size, shape, DNA content, surface receptors, enzyme activity, membrane permeability and calcium flux. Some flow cytometers, called sorters, are equipped to separate and collect cells or beads of interest. High-performance flow cytometers and high-speed cell sorters have applications in cancer and HIV research, drug discovery, stem cell and gene therapy. The Ottawa Hospital Research Institute Flow Cytometry Facility, located at the General Campus of the Ottawa Hospital, was established in 1998 and now includes three flow cytometers, two of which have sorting capabilities. We offer the sorting precision required for the isolation of rare cell populations with high purity and yield, up to 20 000 events per second. As well as sorting, flow cytometers allow the simultaneous analysis of a variety of light scatter and fluorescence parameters on single cells.

501 Smyth Road Ottawa, Ontario, K1H 8L6 CanadaGenvira Biosciences at the Ottawa Hospital Research Institute specializes in designing, constructing and characterizing customized DNA and RNA viruses for gene therapy, vaccination and cancer immunotherapy. We have extensive experience in engineering both pre-clinical and clinical grade products, leading up to IND applications and clinical trials. Our mission is to provide high quality viral vectors in a timely and cost-effective manner for the scientific community. A unique advantage for Genvira’s service is that vectors engineered can be transferred seamlessly to the Ottawa Hospital Research Institute’s viral manufacturing facility for GMP-quality production, providing our clients an end-to-end solution to quickly bring novel biologics to clinics.

501 Smyth Box 511 Ottawa , ON , K1H 8L6 CanadaPluripotent stem cells are capable of differentiating into all the cells of the embryo proper and adult organism. Induced pluripotent stem cells (iPSCs) are created by reprogramming mature adult cells (such as skin cells). They offer a unique opportunity to dissect early human development, generate models of disease, and develop cellular or drug therapeutics that target a disease or target specific patients with a disease (i.e., personalized medicine). Thus, iPSCs are important tools in Regenerative/ Translational/ Personalized Medicine.

501 Smyth Box 511 Ottawa , ON, K1H 8L6 CanadaPluripotent stem cells are capable of differentiating into all the cells of the embryo proper and adult organism. Induced pluripotent stem cells (iPSCs) are created by reprogramming mature adult cells (such as skin cells). They offer a unique opportunity to dissect early human development, generate models of disease, and develop cellular or drug therapeutics that target a disease or target specific patients with a disease (i.e., personalized medicine). Thus, iPSCs are important tools in Regenerative/ Translational/ Personalized Medicine.

Room W5256 Critical Care Wing (Mailbox 511) 501 Smyth Road Ottawa, Ontario, K1H 8L6 CanadaIdentification of proteins from polyacrylamide gels, protein solutions, dried proteins, or protein digests is provided as a core service.

501 Smyth Box 511 Ottawa , ON , K1H 8L6 CanadaNondestructive visualization of virtual slices through objects The Ottawa Hospital Research Institute’s Micro CT Core Facility uses the Bruker Skyscan 1272 to produce extremely high resolution X-ray images. The system can nondestructively visualize up to 209 Megapixel virtual slices through objects. More than 2600 slices can be reconstructed after a single scan using new16Mp and 11Mp X-ray detectors in up to three offset positions. Due to phase-contrast enhancement, object details as small as 0.35um can be detected. In order to use the Facility you will need to follow these three below: Book Training time by contacting Shumei Zhong. Provide a cost center from The Ottawa Hospital or the University of Ottawa for ongoing charges. Use our online calendar to book your acquisition and analysis time ( details and access information will be provided at the time of training).

501 Smyth Box 511 Ottawa , ON, K1H 8L6 CanadaNondestructive visualization of virtual slices through objects The Ottawa Hospital Research Institute’s Micro CT Core Facility uses the Bruker Skyscan 1272 to produce extremely high resolution X-ray images. The system can nondestructively visualize up to 209 Megapixel virtual slices through objects. More than 2600 slices can be reconstructed after a single scan using new16Mp and 11Mp X-ray detectors in up to three offset positions. Due to phase-contrast enhancement, object details as small as 0.35um can be detected. In order to use the Facility you will need to follow these three below: Book Training time by contacting Shumei Zhong. Provide a cost center from The Ottawa Hospital or the University of Ottawa for ongoing charges. Use our online calendar to book your acquisition and analysis time ( details and access information will be provided at the time of training).

501 Smyth Box 511 Ottawa , ON , K1H 8L6 CanadaInvestigator-driven clinical research is a key element in modern health care systems to improve the prevention, diagnosis and treatment of disease, bringing tremendous benefits to patients and society. OMC exists to promote and facilitate methodological excellence in clinical research at The Ottawa Hospital, one of the largest hospitals in Canada. Created in 2006, OMC is an initiative of the Ottawa Hospital Research Institute centred within the Clinical Epidemiology Program. Ottawa Methods Center scientists are internationally recognized for their contributions to clinical trial methodology, knowledge synthesis, data management and statistics. The availability of the OMC to provide expertise and support to health professionals and researchers at all stages of a research project has been instrumental in the recognition of The Ottawa Hospital as one of the leading centers for clinical research in Canada. The OMC supports over 50 positions (scientists, and research support staff; both funded and affiliated) and operates primarily on a fee for service basis.

501 Smyth Box 511 Ottawa , ON, K1H 8L6 CanadaInvestigator-driven clinical research is a key element in modern health care systems to improve the prevention, diagnosis and treatment of disease, bringing tremendous benefits to patients and society. OMC exists to promote and facilitate methodological excellence in clinical research at The Ottawa Hospital, one of the largest hospitals in Canada. Created in 2006, OMC is an initiative of the Ottawa Hospital Research Institute centred within the Clinical Epidemiology Program. Ottawa Methods Center scientists are internationally recognized for their contributions to clinical trial methodology, knowledge synthesis, data management and statistics. The availability of the OMC to provide expertise and support to health professionals and researchers at all stages of a research project has been instrumental in the recognition of The Ottawa Hospital as one of the leading centers for clinical research in Canada. The OMC supports over 50 positions (scientists, and research support staff; both funded and affiliated) and operates primarily on a fee for service basis.

Room 5132, CCW 501 Smyth Road Ottawa, Ontario K1H 8L6 CanadaStemCore Laboratories is a high-throughput genomics facility within the Ottawa Hospital Research Institute (OHRI), and is a core facility of the University of Ottawa. StemCore Laboratories is developing a world-class infrastructure for genomics, bioinformatics, and proteomics, and is capable of facilitating large-scale scientific research and biotechnology projects.

501 Smyth Box 511 Ottawa , ON, K1H 8L6 CanadaThe Ottawa Virus Manufacturing Facility (OVMF), supported by the Mulcahy Family is a Contract Manufacturing Organization located in the Ottawa Hospital Research Institute. The OVMF specializes in the production of Biosafety Level 2 (BSL-2) viruses for human clinical trials. Together, our highly qualified team has over 50 years of collective experience in Process Development and GMP manufacturing. We have successfully undergone GMP audits to FDA and European standards and have manufactured several oncolytic rhabdoviruses and poxviruses for clinical trials currently ongoing or completed in Canada, the United States and Europe. Our facility GMP facility. The OVMF has a validated Grade B GMP-compliant manufacturing facility specifically designed to manufacture BSL-2 pathogens. The facility has both gowning and de-gowning airlocks for proper personnel flow and validated cleaning procedures to maintain compliance with ISO 5 standards. The 37 m2 GMP facility houses a RollerCell 40 (RC40) incubator permitting the simultaneous production from 40 extended roller bottles with a combined cell growth surface area of 170,000 cm2. Process development and assay development suites. To facilitate the continuous improvement of our manufacturing process, we have a dedicated Process Development (PD) suite that contains all equipment necessary to undertake full-scale or scaled-down engineering runs. Complimentary to our GMP manufacturing core, our facility also houses a dedicated and access controlled QC/GLP testing lab. Here, we perform biochemical, potency, and identity assays that are qualified for release and characterization testing of process development samples, clinical drug products, and clinical samples. All assay development, SOP development, execution, and validation are in accordance with ICH Q2 guidelines as appropriate for early phase clinical trials, ensuring quality results for analytical procedures. Execution of all validated assays involves controlled, reference standard banks used in parallel with assay samples. All equipment is qualified for use (IQ/OQ or PQ) and calibrated. All critical equipment, including fridges, freezers, and incubators are monitored 24/7. Meeting client needs. We place a high value on the management of our academic and industry client projects, and the relationship with our clients. The OVMF has a team of dedicated project managers, and provides project management services to all of our clients as part of our offering. Project managers are responsible for ensuring all client project milestones are met, and lines of communication are clear, and streamlined. Competitive advantage: Over 50 years of collective experience manufacturing BSL-2 Poxviruses and Rhabdoviruses viruses for human clinical trials. In-house suite and staff dedicated to assay and process development. Manufacturing processes and facilities compliant with requirements of aseptic production. Onsite development and execution of validated SOPs for clinical sample processing.

501 Smyth Box 511 Ottawa , ON , K1H 8L6 CanadaThe Ottawa Virus Manufacturing Facility (OVMF), supported by the Mulcahy Family is a Contract Manufacturing Organization located in the Ottawa Hospital Research Institute. The OVMF specializes in the production of Biosafety Level 2 (BSL-2) viruses for human clinical trials. Together, our highly qualified team has over 50 years of collective experience in Process Development and GMP manufacturing. We have successfully undergone GMP audits to FDA and European standards and have manufactured several oncolytic rhabdoviruses and poxviruses for clinical trials currently ongoing or completed in Canada, the United States and Europe. Our facility GMP facility. The OVMF has a validated Grade B GMP-compliant manufacturing facility specifically designed to manufacture BSL-2 pathogens. The facility has both gowning and de-gowning airlocks for proper personnel flow and validated cleaning procedures to maintain compliance with ISO 5 standards. The 37 m2 GMP facility houses a RollerCell 40 (RC40) incubator permitting the simultaneous production from 40 extended roller bottles with a combined cell growth surface area of 170,000 cm2. Process development and assay development suites. To facilitate the continuous improvement of our manufacturing process, we have a dedicated Process Development (PD) suite that contains all equipment necessary to undertake full-scale or scaled-down engineering runs. Complimentary to our GMP manufacturing core, our facility also houses a dedicated and access controlled QC/GLP testing lab. Here, we perform biochemical, potency, and identity assays that are qualified for release and characterization testing of process development samples, clinical drug products, and clinical samples. All assay development, SOP development, execution, and validation are in accordance with ICH Q2 guidelines as appropriate for early phase clinical trials, ensuring quality results for analytical procedures. Execution of all validated assays involves controlled, reference standard banks used in parallel with assay samples. All equipment is qualified for use (IQ/OQ or PQ) and calibrated. All critical equipment, including fridges, freezers, and incubators are monitored 24/7. Meeting client needs. We place a high value on the management of our academic and industry client projects, and the relationship with our clients. The OVMF has a team of dedicated project managers, and provides project management services to all of our clients as part of our offering. Project managers are responsible for ensuring all client project milestones are met, and lines of communication are clear, and streamlined. Competitive advantage: Over 50 years of collective experience manufacturing BSL-2 Poxviruses and Rhabdoviruses viruses for human clinical trials. In-house suite and staff dedicated to assay and process development. Manufacturing processes and facilities compliant with requirements of aseptic production. Onsite development and execution of validated SOPs for clinical sample processing.

130 Colonnade Road A.L. 6501H Ottawa, Ontario, K1A 0K9 CanadaFor Our Health - as Canada’s leading public health infectious disease laboratory, the National Microbiology Laboratory (NML) is responsible for the identification, control and prevention of infectious diseases. The NML is located at the Canadian Science Centre for Human and Animal Health in Winnipeg, the first facility in the world to have high containment laboratories for human and animal health in one building. It is recognized as a leader in an elite group of centres around the world, equipped with laboratories ranging from biosafety level 2 to level 4 designed to accommodate the most basic to the most deadly infectious organisms. The NML is Canada's main infectious disease public health laboratory with responsibility for reference microbiology and quality assurance, laboratory surveillance for infectious diseases, emergency outbreak preparedness and response, training, and research and development. The information contained in this website is intended to provide reference information for public health professionals and the general public on the various programs and activities undertaken by the Public Health Agency of Canada’s National Microbiology Laboratory.

365 Madawaska Blvd. Arnprior, ON, K7S 0C9Pillar5 Pharma manufactures and packages oral solid and sterile opthalmic products.

23 Romoda Dr, Canton, , NY , 13617 United StatesSt. Lawrence University is a vibrant, collaborative community of learners who value thought and action. Students tap their full potential as they embrace the natural environment, engage with global challenges, and experience the relevance and adventure of a liberal arts education in a complex and changing world. The mission of St. Lawrence University is to provide an inspiring and demanding undergraduate education in the liberal arts to students selected for their seriousness of purpose and intellectual promise.

23 Romoda Dr, Canton, , NY, 13617 United StatesSt. Lawrence University is a vibrant, collaborative community of learners who value thought and action. Students tap their full potential as they embrace the natural environment, engage with global challenges, and experience the relevance and adventure of a liberal arts education in a complex and changing world. The mission of St. Lawrence University is to provide an inspiring and demanding undergraduate education in the liberal arts to students selected for their seriousness of purpose and intellectual promise.

23 Romoda Drive, Canton, NY 13617St. Lawrence University is a vibrant, collaborative community of learners who value thought and action. Students tap their full potential as they embrace the natural environment, engage with global challenges, and experience the relevance and adventure of a liberal arts education in a complex and changing world. The mission of St. Lawrence University is to provide an inspiring and demanding undergraduate education in the liberal arts to students selected for their seriousness of purpose and intellectual promise.

100 Sussex Drive, Suite 1120G Ottawa Ontario K1A 0R6 CanadaSussex Research is a leading global specialist carbohydrate synthesis including GalNAc, Glycan, Glycopeptide and Glycoconjugate synthesis. The company excels at the discovery and development of molecules that explore and exploit glycobiology or incorporate glycotechnology. Our unique carbohydrate product portfolio and synthetic capabilities enable researchers across a variety of scientific disciplines to readily explore and exploit novel molecules in order to enhance the therapeutic potential of lead molecules or advance drug development. We have enabled application of complex carbohydrate systems for drug discovery, drug delivery, drug targeting, carbohydrate-based vaccine development, immunotherapy, therapeutic enhancement, monoclonal antibody development and diagnostic/bio-analytical assay development. Sussex Research offers a portfolio of diverse carbohydrate-based products and custom synthesis, as well as non-GLP analytical and bioanalytical services.

Suite 1120B 100 Sussex Drive Ottawa, ON, K1A 0R6 CanadaSussex Research is a leading global specialist carbohydrate synthesis including GalNAc, Glycan, Glycopeptide and Glycoconjugate synthesis. The company excels at the discovery and development of molecules that explore and exploit glycobiology or incorporate glycotechnology. Our unique carbohydrate product portfolio and synthetic capabilities enable researchers across a variety of scientific disciplines to readily explore and exploit novel molecules in order to enhance the therapeutic potential of lead molecules or advance drug development. We have enabled application of complex carbohydrate systems for drug discovery, drug delivery, drug targeting, carbohydrate-based vaccine development, immunotherapy, therapeutic enhancement, monoclonal antibody development and diagnostic/bio-analytical assay development. Sussex Research offers a portfolio of diverse carbohydrate-based products and custom synthesis, as well as non-GLP analytical and bioanalytical services.

100 Sussex Drive Suite 1120B Ottawa, ON, K1A0R6 CanadaSussex Research is a leading global specialist carbohydrate synthesis including GalNAc, Glycan, Glycopeptide and Glycoconjugate synthesis. The company excels at the discovery and development of molecules that explore and exploit glycobiology or incorporate glycotechnology. Our unique carbohydrate product portfolio and synthetic capabilities enable researchers across a variety of scientific disciplines to readily explore and exploit novel molecules in order to enhance the therapeutic potential of lead molecules or advance drug development. We have enabled application of complex carbohydrate systems for drug discovery, drug delivery, drug targeting, carbohydrate-based vaccine development, immunotherapy, therapeutic enhancement, monoclonal antibody development and diagnostic/bio-analytical assay development. Sussex Research offers a portfolio of diverse carbohydrate-based products and custom synthesis, as well as non-GLP analytical and bioanalytical services.

515 Legget Drive Suite 204 Kanata, ONTARIO, K2K 3G4 CanadaWith over 25 years of experience in medical research and writing, Thera-Business is positioned as a preferred partner across the pharmaceutical, medical device, and government sectors. The company’s services include: FDA submissions (i.e., 510Ks; INDs, PMAs, NDSs, SEs, CSRs, PSURs, and IBs); systematic reviews/ meta-analyses; RWE/HEOR/clinical study design and execution; survey design, post-market surveillance; study protocols (i.e., synopses and amendments); and EU MDR/IVDR implementation. Thera-Business is distinguished by its world-class team of experts with unparalleled clinical, technical, and writing skills. Ranging from the simplest to highly complex, we have an extensive track record of successfully completing projects accurately, efficiently, on-time, and according to predefined budgets. Our broad range of services build from a foundational collaboration with each client that responds to their specific needs and ensures the successful execution of projects. Our demonstrated history of excellence empowers clients to adeptly and successfully navigate the intricate challenges of the regulatory landscape.

Brockville, CanadaTrillium Health Care Products manufactures high quality OTC and Prescription products and services for the pharmaceutical industry

Brockville, ON CanadaTrillium Health Care Products manufactures high quality OTC and Prescription products and services for the pharmaceutical industry

20 Marie-Curie Ottawa, ON, K1N 6N5 CanadaLANSET is a research and training facility that supports analyses of a wide range of natural and synthetic environmental compounds. In addition to providing analytical support to CAREG, this laboratory also serves the broader Canadian and international scientific community. Guidelines for sample submission LANSET occupies one entire floor of CAREG (14 rooms), has a state-of-the-art extraction laboratory, consisting of an ultra-trace clean lab with controlled atmosphere, a state-of-the-art analytical facility which includes a wide range of mass spectrometers, including Inductively-Coupled Plasma Mass Spectrometry, triple-MS, and Time-of-Flight accurate mass capabilities. These instruments are used mainly to identify natural products and environmental contaminants in plants and environmental samples. The LANSET facility is accredited for mercury analysis by the Canadian Association for Environmental Analytical Laboratories, and specializes in radiometric analysis of natural isotopes including lead-210 and radium-226 for dating sediment and peat cores for use in paleoenvironmental reconstructions. The facility is further enhanced with sample handling, storage and tracking facilities, greenhouses, environmental growth cabinets, and herbarium. In recognition of these contributions to the broader scientific community, LANSET was awarded the status of ‘University of Ottawa Research Facility’ in 2006.

Biosciences Complex 30 Marie-Curie Ottawa, ON, K1N 6N5 CanadaThe High-Throughput Facility is an integral part of the Centre for Catalysis Research and Innovation. The workflows within the facility were specifically designed to run a large number of reactions on very small scale in a fully-automated fashion - therefore minimizing cost, time and experimental error. Such an approach enables the user to screen a whole array of reaction conditions and narrow it down to a few potential hits in a fraction of the time and at a fraction of the cost that it would take through traditional research methods. The High-Throughput Facility encourages external academic users and collaborators; please contact us for more information.

451 Smyth Road Ottawa, ON , K1H 8M5 CanadaThe Cell Biology & Image Acquisition (CB&IA) Core Facility provides state-of-the-art advanced microscopes, image analysis tools, and technical support to facilitate your microscopy research. We offer consultations to determine the most appropriate microscope for your specific needs and the proper design of your experimental set-up. In addition, we provide comprehensive training and follow-up sessions for all first-time users, ensuring optimal use of the imaging systems. The CBIA Core Facility is located within Roger Guindon Hall at the University of Ottawa. Facility resources are available to all uOttawa principal investigators, as well as adjunct investigators at other institutions.

451 Smyth Road Ottawa, ON, K1H 8M5 CanadaThe Cell Biology & Image Acquisition (CB&IA) Core Facility provides state-of-the-art advanced microscopes, image analysis tools, and technical support to facilitate your microscopy research. We offer consultations to determine the most appropriate microscope for your specific needs and the proper design of your experimental set-up. In addition, we provide comprehensive training and follow-up sessions for all first-time users, ensuring optimal use of the imaging systems. The CBIA Core Facility is located within Roger Guindon Hall at the University of Ottawa. Facility resources are available to all uOttawa principal investigators, as well as adjunct investigators at other institutions.

25 Templeton St, Room 350 Ottawa, ON, K1N 6N5 CanadaPhotonics embraces the science and technology of light: its interaction with matter and the technology for its generation, manipulation, transmission and detection. Photonics research is revolutionising our lives like the preceding electronic and digital revolutions. Applications of photonics are diverse from communications and entertainment systems in homes to uses in biology, quantum computation, medicine, environmental sensing, green technologies and many other aspects of our everyday lives. Examples include the near-instantaneous transmission around the globe of voice, video and data on lightwaves, laser scanners reading bar codes on everything such as goods in a supermarket to luggage in airports, and surgeons utilizing lasers in surgery rather than scalpels. Despite the ubiquitous penetration of photonics, challenges remain, be they at the level of applications where, for example, improvements are continuously sought to optical telecommunications equipment, solar cells, and optical biosensors; or at the level of fundamentals where, for example, greater understanding is sought on how light interacts with matter at extreme time and spatial scales or on how quantum states of light can be formed and utilised. To meet such challenges, the University of Ottawa established the world-class Centre for Research in Photonics (CRPuO) founded on strengths within our Faculties of Engineering and Science.

25 Templeton Street, Ottawa, ON K1N, CAPhotonics embraces the science and technology of light: its interaction with matter and the technology for its generation, manipulation, transmission and detection. Photonics research is revolutionising our lives like the preceding electronic and digital revolutions. Applications of photonics are diverse from communications and entertainment systems in homes to uses in biology, quantum computation, medicine, environmental sensing, green technologies and many other aspects of our everyday lives. Examples include the near-instantaneous transmission around the globe of voice, video and data on lightwaves, laser scanners reading bar codes on everything such as goods in a supermarket to luggage in airports, and surgeons utilizing lasers in surgery rather than scalpels. Despite the ubiquitous penetration of photonics, challenges remain, be they at the level of applications where, for example, improvements are continuously sought to optical telecommunications equipment, solar cells, and optical biosensors; or at the level of fundamentals where, for example, greater understanding is sought on how light interacts with matter at extreme time and spatial scales or on how quantum states of light can be formed and utilised. To meet such challenges, the University of Ottawa established the world-class Centre for Research in Photonics (CRPuO) founded on strengths within our Faculties of Engineering and Science.

Room 1311, Roger Guindon Hall (RGH) 451 Smyth Road Ottawa, ON, K1H 8M5 CanadaThe Behavioral Core facility was established in 2009 and provides a state-of-the-art facility equipped to serve as a time-efficient and cost-effective service for researchers in need of mouse behavioral analyses. The Behavioral Core is located within the Animal Care Vivarium at Roger Guindon Hall. The equipment enables a full battery of assays relevant to learning and memory, social behavior, sensory gating, motor function, as well as anxiety and depression. The Behavioral Core provides facilities and assistance to the research community at the University of Ottawa, its affiliated Research Institutes, as well as researchers across the Ottawa community. The Core, in collaboration with the Animal Care Committee and ACVS, can provide researchers with help in the design, execution, analysis, presentation, and interpretation of data resulting from use of the Core's facilities.

RGN 3171 451 Smyth Road Ottawa, ON, K1H 8M5 CanadaThe Cell Biology & Image Acquisition (CB&IA) Core Facility provides state-of-the-art advanced microscopes, image analysis tools, and technical support to facilitate your microscopy research. We offer consultations to determine the most appropriate microscope for your specific needs and the proper design of your experimental set-up. In addition, we provide comprehensive training and follow-up sessions for all first-time users, ensuring optimal use of the imaging systems. The CBIA Core Facility is located within Roger Guindon Hall at the University of Ottawa. Facility resources are available to all uOttawa principal investigators, as well as adjunct investigators at other institutions.

RGN 3171 451 Smyth Road Ottawa, ON , K1H 8M5 CanadaThe Cell Biology & Image Acquisition (CB&IA) Core Facility provides state-of-the-art advanced microscopes, image analysis tools, and technical support to facilitate your microscopy research. We offer consultations to determine the most appropriate microscope for your specific needs and the proper design of your experimental set-up. In addition, we provide comprehensive training and follow-up sessions for all first-time users, ensuring optimal use of the imaging systems. The CBIA Core Facility is located within Roger Guindon Hall at the University of Ottawa. Facility resources are available to all uOttawa principal investigators, as well as adjunct investigators at other institutions.

Faculty of Medicine Ottawa, ON, K1N 6N5 CanadaThe Faculty of Medicine's 'Common Equipment and Technical Core Facility' was established to optimize technical resources and common 'shared' equipment within the Departments of BMI and CMM. The Core Facility encompasses infrastructure and technical services from both of these departments in an attempt to meet the research needs of investigators and students. It is operated by a team of 4 Technical Officers who are committed to providing quality technical assistance to faculty members and research personnel. In addition, the technical staff aims to manage and maintain the common equipment at its optimal level of performance. Most laboratories do not own the type of equipment that constitute the basic framework of the Core Facility, therefore, operating and maintaining a Common Equipment Core with 'shared' equipment that is in a state of operational readiness and peak performance is essential to the efficiency and success of every principal investigator and his/her laboratory members. Researchers therefore, depend and rely on the optimal functionality of these common scientific instruments. The equipment provided by the Core Facility allows research personnel the opportunity to use a wide variety of equipment that is well maintained, eliminating the need to purchase and maintain these pieces within individual labs. The 'Common Equipment and Technical Core Facility' can be separated into two distinctive categories: The Technical Core Services which refer to technical assistance and services provided by the technical staff.

Faculty of Medicine Ottawa, ON, K1N 6N5 CanadaThe Containment Level 3 (CL3) Laboratory Core Facility is a major infrastructure initiative of the University of Ottawa offering sophisticated laboratory space for research on infectious agents of Risk Group 3. In view of promoting collaborative partnership, this biocontainment laboratory is available not only to uOttawa Investigators, but also to external research groups. State-of-the-art engineering controls, design and rigorous standard operating procedures allow for optimal safety of laboratory personnel, the community and the environment. Divided in two individually controlled suites of 165 m² each, it has the capacity of accommodating several research groups simultaneously.

20 Marie-Curie Private, Ottawa, ON K1N 9B4, CAThe Core Molecular Biology and Genomics Laboratory provides services in genomics and molecular biology, serves as a research training site and provides access to advanced molecular biology/genomics equipment. Services DNA Sequencing Droplet Digital PCR

20 Marie Curie room 319 Ottawa, Ontario, K1N 6N5 CanadaThe Core Molecular Biology and Genomics Laboratory provides services in genomics and molecular biology, serves as a research training site and provides access to advanced molecular biology/genomics equipment. Services DNA Sequencing Droplet Digital PCR

451 Smyth road, Room 4206 Ottawa, ON, K1N 8M5 CanadaWelcome to the Flow Cytometry & Virometry (FCV) Core Facility at the University of Ottawa. Our facility is located on the 4th floor in Roger Guindon Hall, room 4206. We offer high-speed cell sorting services, magnetic cell separation, bench top flow cytometry analysis as well as training, and support to the research community.

Faculty of Medicine Ottawa, ON, K1N 8M5 CanadaPre-clinical Imaging Welcome to the pre-clinical imaging facility, sponsored in part by funding from the Canadian Foundation for Innovation. This state-of-the-art imaging facility includes MRI, optical, and ultrasound imaging equipment.

Faculty of Medicine Ottawa, ON, K1N 8M5 CanadaThe mouse is a powerful mammalian biological model system due in large part to our ability to manipulate the murine genome. Indeed, transgenic and embryonic stem cell (ES cell) strategies can now be used to effect the introduction of precise, preplanned, genetic alterations of essentially any nature in the mouse genome. This allows for the precise modeling of many human disorders as well as the generation of exquisite biological models for any number of research objectives. Transgenic and ES cell-based murine models are de rigor in many areas of the biological sciences, and ready access this technology is essential to a robust and competitive research program. The Transgenic Mouse Core Facility strives to provide open access services to support these methodologies, with a mandate is to deliver transgenic and ES cell based mouse models for the University of Ottawa and associated research institutes. The facility will also provide ancillary methodologies, including embryo cryopreservation and rederivation, for more efficient management of resources.

136 Jean-Jacques-Lussier Private, Ottawa, ON K1N 9A8, CAThe Core Facility provides flow cytometry and cell sorting services to the entire University of Ottawa research community as well as to others in the Ottawa area. A skilled staff provides help with sorting, data acquisition, data analysis, and consultation for experiment design. Training is available to enable investigators and their staff to run the analytical cytometers themselves at reduced cost. A major part of our mission is to teach this technology to investigators, students, and staff. Please do not hesitate to contact us if you have any questions about flow cytometry, you want to know how to use it in your research, how to design experiments, prepare samples, or how to analyze your data.

136 Jean-Jacques Lussier, Room 2041 Ottawa, Ontario, K1N 6N5 CanadaThe Core Facility provides flow cytometry and cell sorting services to the entire University of Ottawa research community as well as to others in the Ottawa area. A skilled staff provides help with sorting, data acquisition, data analysis, and consultation for experiment design. Training is available to enable investigators and their staff to run the analytical cytometers themselves at reduced cost. A major part of our mission is to teach this technology to investigators, students, and staff. Please do not hesitate to contact us if you have any questions about flow cytometry, you want to know how to use it in your research, how to design experiments, prepare samples, or how to analyze your data.

25 Templeton Street, Ottawa, ON K1N, CAThe internationally known G.G. Hatch Stable Isotope Laboratory operates on a cost-recovery basis, serving the H, C, N, O and S stable isotope analysis needs of the uOttawa community as a whole, as well as those of other University, Government and Private Agencies around the world. We have now successfully moved into the brand new Advanced Research Complex, into a brand new custom space. We are happy to announce that we are back up and running. Please take note of our new address: 25 Templeton Street, Room 426. Contact us to arrange a visit and/or a tour of our new facility.

25 Templeton Street Advanced Research Complex Ottawa, ON, K1N 6N5 CanadaThe internationally known G.G. Hatch Stable Isotope Laboratory operates on a cost-recovery basis, serving the H, C, N, O and S stable isotope analysis needs of the uOttawa community as a whole, as well as those of other University, Government and Private Agencies around the world. We have now successfully moved into the brand new Advanced Research Complex, into a brand new custom space. We are happy to announce that we are back up and running. Please take note of our new address: 25 Templeton Street, Room 426. Contact us to arrange a visit and/or a tour of our new facility.

D'Iorio Hall Room 124 Ottawa, ON, K1N 6N5 CanadaLocated in D’Iorio Hall, the JLH Facility provides mass spectrometry services to the Chemistry Department, users from the University of Ottawa and beyond.

130 Louis Pasteur Pvt. Ottawa, ON, K1N 6N5 CanadaThe Laboratory for Physiology and Genetics of Aquatic Organisms is a core facility designed for in vivo experiments on a variety of fish and amphibian species, including zebrafish, brown ghost knifefish, gulf toadfish, goldfish, rainbow trout and other amphibian species, such as the western clawed frog and the leopard frog. The Laboratory is located in D’Iorio Hall of the Faculty of Science and comprises 15 rooms over an approximate area of 500 m². It has its own water treatment facility for dechloramination, sterilization, ionic strength and temperature adjustments. The objectives of the Laboratory are to provide state-of-the-art core facilities for: 1. The breeding and maintenance of healthy aquatic organisms. 2. Laboratory space for in vivo physiological and genetic experimentation. 3. Training and support for all users. The facility is primarily used by members of the Faculty of Science, University of Ottawa, and serves over 100 students, research trainees and scientists. Users of the Laboratory for Physiology and Genetics of Aquatic Organisms perform cutting edge experiments in the fields of cellular and molecular biology, comparative physiology, developmental biology, endocrinology, neurobiology and behaviour, and genetics.

130 Louis Pasteur Pvt. Ottawa, ON , K1N 6N5 CanadaThe Laboratory for Physiology and Genetics of Aquatic Organisms is a core facility designed for in vivo experiments on a variety of fish and amphibian species, including zebrafish, brown ghost knifefish, gulf toadfish, goldfish, rainbow trout and other amphibian species, such as the western clawed frog and the leopard frog. The Laboratory is located in D’Iorio Hall of the Faculty of Science and comprises 15 rooms over an approximate area of 500 m². It has its own water treatment facility for dechloramination, sterilization, ionic strength and temperature adjustments. The objectives of the Laboratory are to provide state-of-the-art core facilities for: 1. The breeding and maintenance of healthy aquatic organisms. 2. Laboratory space for in vivo physiological and genetic experimentation. 3. Training and support for all users. The facility is primarily used by members of the Faculty of Science, University of Ottawa, and serves over 100 students, research trainees and scientists. Users of the Laboratory for Physiology and Genetics of Aquatic Organisms perform cutting edge experiments in the fields of cellular and molecular biology, comparative physiology, developmental biology, endocrinology, neurobiology and behaviour, and genetics.

10 Marie-Curie Private, Ottawa, ON K1N 9A4, CA

10 Marie Curie Private Ottawa, Ontario, K1N 6N5 Canada

Roger Guindon Hall 451 Smyth Road Ottawa, ON, K1N 8M5 CanadaWelcome to the Proteomics Resource Centre of the Ottawa Institute of Systems Biology (OISB). Our proteomic core facility has a complete series of state-of-the art mass spectrometers. We offer the research community a complete array of proteomic services from protein and post translational modification (PTM) identification to large scale quantitative proteomics. We also participate in research collaborations. Contact Dr. Zhibin Ning for a quote for services and more information.

Room 4510 451 Smyth Road Canada Ottawa, ON, K1N 8M5 CanadaThis facility contains a Singer ROTOR HAD, a compact benchtop robot for easy, ultra-fast manipulation of high density arrays of yeast. It also contains imaging equipment and a spectrometer for automated growth curve analysis, to allow for functional and chemical genomic yeast screening of mutant collections.

University of Ottawa Ottawa, Ontario, K1N 6N5 CanadaWe are a core facility of the University of Ottawa and the Ottawa Hospital Research Institute. We provide advice on bioinformatics research design, conduct bioinformatics analysis, provide data warehousing services, and provide support for grant proposals that involve bioinformatics (including conducting pilot studies, support/collaboration letters, methodological text, etc.) Our areas of greatest expertise are: > High-throughput sequencing, > Microarrays, > Genomic sequence/motif analysis > Integration of multiple data sources > Network analysis We have experience with many other types of bioinformatics, and/or can refer you to other local experts, depending on your needs. We can also help to arrange for the analysis of your biological samples with local core facilities such as StemCore, the Proteomics Resource Center, or the OHRI Mass Spectrometry Core Facility.

2255 St. Laurent BlvdVinCro Clinical Management Services offers clinical research services including trial management, regulatory affairs, data management, medical monitoring, and biostatistics.

1125 Colonel dr Ottawa, Ontario, K1S 5B6 CanadaVirica develops biomanufacturing enhancers that improve the yield, quality, and consistency of viral vectors used in cell and gene therapies and vaccines. Its proprietary Viral Sensitizers (VSE™) are small-molecule media additives that temporarily suppress host cellular defenses during infection or transfection, increasing viral output and process consistency. Classified as ancillary materials, VSE™ enhancers integrate into existing workflows without added complexity and leave no residues following purification. Through its commercially available, GMP-ready VSE™ enhancers and CellVantage™ off-the-shelf product line, Virica helps developers improve production efficiency and scale manufacturing more cost-effectively. Virica also provides rapid process development using its High-Throughput Virology (HTV™) platform, Design of Experiments optimization, and analytical testing, supported by GMP-grade materials, filing support, traceability, residual and toxicology studies, and available Drug Master Files.

350 Tweedsmuir Avenue Ottawa, Ontario, K1Z 5N4 CanadaVirica develops biomanufacturing enhancers that improve the yield, quality, and consistency of viral vectors used in cell and gene therapies and vaccines. Its proprietary Viral Sensitizers (VSE™) are small-molecule media additives that temporarily suppress host cellular defenses during infection or transfection, increasing viral output and process consistency. Classified as ancillary materials, VSE™ enhancers integrate into existing workflows without added complexity and leave no residues following purification. Through its commercially available, GMP-ready VSE™ enhancers and CellVantage™ off-the-shelf product line, Virica helps developers improve production efficiency and scale manufacturing more cost-effectively. Virica also provides rapid process development using its High-Throughput Virology (HTV™) platform, Design of Experiments optimization, and analytical testing, supported by GMP-grade materials, filing support, traceability, residual and toxicology studies, and available Drug Master Files.