Research Organizations à Mile End, Montréal, QC
Trouvez des données précises sur les meilleures entreprises de la catégorie Research Organizations à Montréal. Voir les avis et les coordonnées de chaque entreprise, y compris numéro de téléphone, adresse, heures d'ouverture, promotions et d'autres informations.
Affichage des résultats: 1 - 1 sur 1
Affichage des résultats: 1 - 1 sur 1
Résultats à proximité dans la catégorie Research Organizations à Mile End, Montréal
Fermé maintenant
5115 Trans Island Ave, MILE END, Montréal, H3W 2Z9
(514) 489-9068
Un groupe d’experts-conseils en marketing international qui a pour passion d’aider les entreprises à accroître leur présence et leur performance sur les marchés internationaux. Résultats à proximité dans la catégorie Research Organizations
Fermé maintenant
270- 5760 Avenue Royalmount, Mont-Royal, H4P 1K5
(514) 369-8000
Non-profit organization, Association or organization, Nonprofit Organization, Fondation 
Fermé maintenant
5160 Boulevard Décarie bureau 800, Montréal, H3X 2H9
(514) 485-7500
Research institute 
4423 Oxford Avenue, Montréal, H4A 2Y7
(450) 629-2200
Scimega's Proven Approach to Site Selection & Patient Recruitment Attracting More Cutting-Edge Oncology Trials to Canada Scimega Oncology, (www.scimega.com) the company behind the revolutionary Reverse Feasibility Program, announced it has been awarded four more cutting-edge oncology clinical trials at 35 centers across Canada, bringing the total to 12 in the last 18-months. Read full release... 
Fermé maintenant
4389 Avenue Harvard, MONKLAND VILLAGE, Montréal, H4A 2W9
(514) 482-2022
Research, Accounting, analyses de marché, ile de montréal est, Engineering, ile de montréal centre, recherches, marketing consultants professional practices, Marché-Etude & analyse, Management & R, Marketing et Ventes, Services professionnels 
Fermé maintenant
3744 rue Jean-Brillant, Montréal, H3T 1P1
(514) 398-1770
3200 Rue Jean-Brillant, Montréal, H3T 1N8
514-343-6111
Created in 2010 by professors Karim Benyekhlef (University of Montreal) and Fabien Gélinas (McGill University), the Cyberjustice Laboratory is a hub for thought and creativity, where justice processes are modelled and re-imagined. More specifically, the Laboratory analyses the impact of technologies on justice and develops concrete technological tools that are adapted to the reality of justice systems. Benefitting from multidisciplinary academic expertise, the Laboratory’s team is energized by a number of dynamic students as well as by seasoned researchers and professionals. In addition to its permanent team at the Université de Montréal and McGill University, the Laboratory has a pool of experts located around the world: its international team brings together 20 universities and research centres, 36 researchers and 9 partners. 
Fermé maintenant
5100 Blvd. De Maisonneuve Ouest #700, Montréal, H4A 3T2
Research institute 
Fermé maintenant
1001 Boulevard Décarie, Montréal, H4A 3J1
(514) 934-1934
Medical Research Center, Medical laboratory, Research institute, Medical Lab 
Fermé maintenant
2312 Rue Jean-Talon Est, FRANÇOIS-PERRAULT, Montréal, H2E 1V7
(514) 728-2777
Archéologues, Ingenieurs Consultation, Accounting, Succursale, Archaeologist, Engineering, Non-Commercial Research Organizations, Management & R, Services professionnels, Research 
5800, Boulevard Cavendish, Côte Saint-Luc, H4W 2T5
514 484.7878
CREGÉS is a research centre facilitating a sharing of knowledge between the academic community and practice settings in health and social services. Our mission is to encourage, promote and disseminate research in social gerontology, and to support the development of leading-edge practices at CSSS Cavendish-CAU. The researchers and qualified professionals affiliated with CREGÉS work in various milieus, including health and social services centres, universities and the community. 
801 Sherbrooke Street West, GOLDEN SQUARE MILE, Montréal, H3A 0B8
(514) 398-6225
The Blum group focuses on creating novel nanostructured devices and materials through self assembly. We invent new techniques for assembly and construction using biomolecules such as DNA, proteins, and intact virus particles as scaffolds to take advantage of the specificity and versatility they provide. These biotemplates give us access to a size scale that is difficult or impossible to reach using other techniques, particularly for assembly in three dimensions. 