Projects
Cat:738/4773 from 738-By topic/4773-Microbiology (virology, bacteriology) ===> 10
Result for your research: "Microbiology (virology, bacteriology)"
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Le projet ArchR vise à comprendre comment l’architecture génomique des allèles de résistance aux insecticides influence la valeur sélective et la dynamique adaptative dans les populations naturelles du moustique Culex pipiens, vecteur des virus Usutu et West Nile en Europe, et comment la grande diversité de ces architectures génomiques chez cette espèce impacte la transmission des arbovirus. Ce projet implique les laboratoires ISEM et ASTRE à Montpellier et les universités d'Uppsala et de Princeton.
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LIDISKI : Support to Livestock Disease Surveillance Knowledge Integration
This project, funded by the European Union under its DeSIRA programme, aims to provide various Nigerian stakeholders in animal husbandry and animal health with the knowledge needed to establish sustainable strategies for the surveillance and control of Peste des petits ruminants (PPR) and Newcastle disease.
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PACMAN - Diagnostic platform for animal and zoonotic disease control in Zimbabwe
The PACMAN project aims to set up a biotechnology platform hosted by the University of Zimbabwe, to increase the country’s autonomy in the diagnosis of animal, plant and zoonotic diseases.
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Ebo-Sursy : Capacity building and surveillance of Ebola virus disease
This project is coordinated by the World Organisation for Animal Health (OIE) and implemented by CIRAD, IRD and Institut Pasteur to improve the national and regional capacities for early detection systems for Ebola and other emerging wildlife diseases in West and Central Africa.
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Wildlife trade and bushmeat consumption remain popular throughout Southeast Asia, and may increase the risk of transmission of pathogens from wildlife to humans. Coordinated by CIRAD, and conducted in two provinces of Cambodia, Mondolkiri and Stung Treng, ZooCov project will implement a multidisciplinary and multisectorial approach to assess and reduce the risk of spill over of Betacoronaviruses from wildlife to humans.
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MuVHA : Multivalent Vaccine against Heartwater in Africa
This project aims to define and develop an effective inactivated cowdriosis vaccine, adapted to a specific region and based on a cocktail of local strains ofEhrlichia ruminantium, easy to produce by local vaccine producers and easy to use by veterinary services and farmers.
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INNOVAC : Development of new generation vaccines against Pest des Petits Ruminant (PPR)
PPR has been identified as the next target in a global eradication campaign based on mass vaccination campaigns. This project aims to develop next-generation PPR vaccines with DIVA and therapeutic properties that can support this eradication campaign.
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MALIN : Human, animal and plant infectious diseases in tropical island environments
The main objective of the MALIN research project is to improve the surveillance and control of human, animal and plant infectious diseases in Guadeloupe and the Caribbean as a whole, by developing "One Health" approaches.
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MULTIVACC: Improving vaccines against small ruminant diseases in Africa
The unit, in partnership with the Centre International de Recherche-Développement sur l’Élevage en zone Subhumide (CIRDES, Burkina Faso) and KALRO (Kenya), coordinates the MULTIVACC project, ‘Multivalent approach for the improvement of inactivated vaccines against diseases of small ruminants in Africa’. The project aims to develop a bivalent vaccine against cowdriosis and contagious caprine pleuropneumonia.
