Documents found

  1. 10391.

    Centre Interuniversitaire d’études Québecoises (CIEQ)

    2016

  2. 10392.

    Karsenti, T., Cividini, M. and Gauthier, C.

    Faits et chiffres 1994-2005

    Centre de recherche interuniversitaire sur la formation et la profession enseignante (CRIFPE)

    2006

  3. 10393.

    Karsenti, Thierry, Cividini, Monica and Gauthier, Clermont

    Le CRIFPE. Faits et chiffres. 1994-2005

    CRIFPE. Faculté des sciences de l’Éducation, Université de Montréal

    2006

  4. 10395.

    Karsenti, Thierry

    (Untitled)

    Association canadienne des professeurs d'immersion ACPI/CAIT

    2006

  5. 10396.

    Association canadienne des professeurs en immersion

    2006

  6. 10397.

    Dumas, Brigitte, Beauchemin, Jacques, Gagnon, Alain-G., Nielsen, Greg Marc, Bourque, Gilles, Simard, Jean-Jacques, Paquet, Gilles and Dumont, Fernand

    Genèse de la société québécoise

    Other published in Recherches sociographiques (scholarly, collection Érudit)

    Volume 36, Issue 1, 1995

    Digital publication year: 2005

  7. 10398.

    Poitelon, Jean-Baptiste, Joyeux, Michel, Welté, Bénédicte, Duguet, Jean-Pierre and DuBow, Michael Scott

    Le réseau de distribution d'eau potable : un écosystème complexe lié à des enjeux de santé publique

    Article published in Revue des sciences de l'eau (scholarly, collection Érudit)

    Volume 24, Issue 4, 2011

    Digital publication year: 2012

    More information

    The emergence of pathogens in water intended for human consumption is a major concern in terms of the public health industry and the public authorities concerned. Among these pathogens, some are of faecal origin (Cryptosporidium, Campylobacter, or rotavirus), while others live in the natural environment (Legionella, Pseudomonas, Aeromonas or mycobacteria). In order to establish a risk analysis related to the presence of these pathogens, it is important to increase our knowledge on the ecology of these microorganisms and to develop analytical tools to achieve better health monitoring. Therefore, the microbial ecology of drinking water distribution networks must be studied in detail, especially with respect to the properties and physiological diversity of the microbial species present, in order to better understand the interactions between species commonly encountered and those that are pathogens.

    Keywords: réseau de distribution, eau potable, écologie microbienne, biologie moléculaire, distribution network, drinking water, microbial ecology, molecular biology