Expertise of CIRAD-UMR Qualisud for aflatoxin control in Africa
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Transcript of Expertise of CIRAD-UMR Qualisud for aflatoxin control in Africa
Expertise of CIRAD-UMR QualisudExpertise of CIRAD-UMR Qualisud
for aflatoxin control in Africafor aflatoxin control in Africa
Centre for international cooperation in agronomic research for development
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Status & budget
Public industrial and commercial enterprise (EPIC) under the joint authority of :
-Ministry of National Education, Higher Education and Research-Ministry of Foreign Affairs and International Development
Annual budget of 197 million euros in 2014, with two thirds provided by the French government
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Mandate
− Works for the sustainable development of tropical and Mediterranean regions
− Contributes to the debate on the main global issues concerning agriculture, food and rural territories
• Targeted research for development Bases its operations on development needs, from field to laboratory and from a local to a global scale
• Training and knowledge sharing
CIRAD is also a major player in talks between Europe and the South4
• A staff of 1650, including 800 researchers
• 3 scientific departments
• 34 research units
Organization
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Researchers assigned to 40 countries
Collaborative projects in 90 countries
Partnership
545 staff based outside metropolitan France in 2014, abroad mainly in sub-Saharan Africa
CIRAD has a global network of partners and of 12 regional offices, from which it conducts joint operations with more than 90 countries
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12 regional offices abroad and in the French overseas regions
Réunion - Mayotte
West Indies-French Guiana
Ile de France
Languedoc-Roussillon
Continental Southeast Asia
Southeast Asian
islands
East and Southern Africa
Continental West Africa
Coastal West Africa
Central Africa
Madagascar
Brazil
Mediterranean
Partnership
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Objective:Develop an integrated approach for the production and preservation of food with optimal sanitary, organoleptic and nutritional qualities
Team 2: «Team 2: «Control of contaminants in the food chainControl of contaminants in the food chain» »
5 research teams
Prevention and control of mycotoxins in foods
Joint Research Unit “Integrated approach for producing quality food”
Six scientific actions Action 4: “Prevention of microbial hazards and mycotoxins by biological Action 4: “Prevention of microbial hazards and mycotoxins by biological and technological treatments”and technological treatments” 8
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Competences (microbiology, ecology, and molecular biology) and infrastructure/equipment necessary to lead the aspects relating to the study of microorganisms (diversity, dynamics…), including food pathogens, by using classical microbiological methods and molecular technics.
• Laboratory of microbiology classified P2 for the counting, isolation, purification, characterization and conservation of microorganisms
•Laboratory of molecular biology (DNA extraction, PCR-DGGE, qPCR…)
Well-equipped laboratory for mycotoxin analysis by chromatographic methods: HPLC with detectors of fluorimetry, UV and DAD, LC-MS/MS
Collaboration with African countries
• Benin• Burkina Faso• Cameroon• Côte d’Ivoire• Egypt• Ghana• Guinea• Mali• Morocco• Senegal• South Africa• Tunisia
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Improve knowledge and develop tools for prevention and control of mycotoxins in food chains
Mycotoxin prevention and control in foods
• Identify and understand the critical points and factors for fungal growth and toxin production along the production chain, based on a HACCP approach
Determination of the prevalence of mycotoxins in pre- and post-harvest, as well as of the biotic and abiotic factors critical for their production
Including:− Characterization and understanding of the microbial ecosystems
(biodiversity, dynamics, interactions...) − Identification of toxigenic flora, study of their occurrence and conditions
of growth and toxin production
R&D activities
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• Develop and evaluate pre- and post-harvest measures to prevent and control mycotoxigenic fungi and toxin production, taking into account the technological, socio-economic and environmental context
Mycotoxin prevention and control in foodsR&D activities
Patent EP 1631148 A1 filed in June 2004 “Elicitor from extracts of Trigonella foenum-gracum for the treatment of plant pathogens. Use and product manufacturing method”
In particular biocontrol treatments as alternative measures to chemical treatments−Screening and testing of biocontrol agents at laboratory and large scales (in field and pilot reactor)−Understanding the modes of action and impact of the biocontrol agents on host plant response, fungal ecosystem, mycotoxin production and biosynthesis pathway
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Study models for biocontrol
GrapesCoffeeCocoaCereals
WineCoffeeCocoa
African fermented cereal-based foods
Ochratoxin AAflatoxins, Fumonisins…
CompetitionFungiYeasts
Bacteria
Degradation / AdsorptionLactic acid bacteria (LAB)
YeastsFungal spores
Pre-harvest treatments Fermentation processes
ElicitationMicroorganismsActive molecules
Mycotoxin prevention and control in foodsR&D activities
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Fresh fruit conservationProcessing / Decontamination
Control of technical itineraries and
storage conditions
Fruits : Apple
Grapes
DryingStorageRoasting
Study models in post-harvest treatments
New technologies
Process control & optimization
Dried fruitsCereals
Coffee/Cocoa
Essential oils/ Radiation
Mycotoxin prevention and control in foodsR&D activities
Ochratoxin AAflatoxins, Patulin, Fumonisins, DON…
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Pre-harvest (GAP)
Post-harvest: drying, storage, processing
(GHP, GMP, GSP)
SOCIO-ECONOMICAL, ENVIRONMENTAL & TECHNICAL CONTEXT
Farmers SMEs & CooperativesTraders
R&D institutesPublic & regulatory authoritiesNGO
CC
P
CC
P
CC
P
Compliance with international standards & EU regulations
Environmentalprotection
Farmer & consumerhealth
Mycotoxin prevention and control in foodsR&D activities
LOCAL CONSUMPTION
REGIONAL TRADE
EXPORT MARKET
HUMAN FOOD
ANIMALFEEDING
DERIVED FOODSTUFFmeat, milk, eggs...
Traders
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FSMS = GP + HACCP
• Develop and/or validate methods for the determination of mycotoxins − Develop and validate chromatographic methods− Validate simple and rapid methods
• Promote the adoption of good production practices through the training of key stakeholders (producers, industries ...), including the elaboration of guidelines
Mycotoxin prevention and control in foodsR&D activities
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Service delivery in mycotoxin analysisIn particular for the private sector
Consultancy Within the framework of BTSF, EDES, CDE programs/projects…
Mycotoxin prevention and control in foodsOther key activities
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Past projects on aflatoxin control
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EU project Groundnut-Aflatoxin - FP5 (2001-2005), CIRAD coordinationNew tools for groundnut aflatoxin control in the Sahel regions of AfricaAfrican partners: Senegal (CERAAS-ISRA-ENSA) Mali (IER-ICRISAT)
Based on the recommendations of the Safenut project, revision of The Codex Alimentarius Code of Practice for the prevention and reduction of aflatoxin contamination in tree nuts - Additional Measures for Brazil nuts (CAC / RCP 59-2005, Revision 2010).
WTO/STDF 114 Safenut project (2006-2008), CIRAD coordinationValidation and transfer to the key stakeholders of a sustainable and effective aflatoxin management system in the Brazil nut production chain for recovering and consolidating export markets, particularly in Europe
Past projects on aflatoxin control
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EU project INCO-DEV Mycotox - FP5 (2003-2006), CIRAD coordination Development of a Food Quality Management System (FQMS) for the Control of Mycotoxins in Cereal Production and Processing Chains in Latin America South Cone Countries
Overall objective: improve the competitiveness of domestically and internationally traded cereals by controlling the occurrence of mycotoxins (including aflatoxins) in maize and wheat products used as human food and animal feed
•Generated technical and socio-economic data fully integrated into HACCP plans and the associated pre-requisite GAP to elaborate the final architecture of an efficient FQMS, adapted to each local context and helpful for the cereal stakeholders and decision makers •Application of HACCP to the whole agri-food chain including stakeholders, and the full integration of socio-economic and technical inputs successfully demonstrated.
On-going projects on aflatoxin control
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EuropeAid project 3CIvoire (2011-2014) / Bilateral cooperation France-Côte d’Ivoire (2013-2016), CIRAD coordinationStudy of mycotoxin contamination (including aflatoxins) in the cereal (rice, maize) and oilseed (peanut) products most consumed in Côte d’Ivoire with a view to improving preventive and control methodsAfrican partners: INP-HB, University of Nangui Abrogoua
• Multi-mycotoxin occurrence in rice, corn and peanut products collected in the main markets of Abidjan, Bouaké and Korhogo
• Identification of the critical points and factors for fungal growth and toxin production along the production chain most contaminated (peanut paste), in order to determine preventive measures
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Bilateral cooperation France-Burkina Faso (2014-2016), CIRAD co-coordinationStudy of mycotoxin contamination (including aflatoxins) in local cereal-based flours for infants in Burkina Faso African partner: University of Ouagadougou
Bilateral cooperation France-Tunisia (2015-2017), UMR Qualisud/UM co-coordinationMycotoxins (including aflatoxins) and toxigenic fungi in millet in Tunisia: occurrence and biocontrolAfrican partners: CBBC
On-going projects on aflatoxin control
Bilateral cooperation France-Senegal (2016-2018), CIRAD co-coordinationMycotoxins (aflatoxins and OTA) and toxigenic fungi in sorghum in SenegalAfrican partners: ESP et FST /UCAD, ITA
Some key issues for AF control in AfricaSome key issues for AF control in Africa
Understand fungal growth & AF production along the production chain
Develop/validate/adapt to local context preventive and control measures
in pre- and post-harvest
Appropriation & adoption of the AF management system by the private sector
Promoting good practice implementation (GAP, GHP, GMP, GSP, HACCP)
Identification of critical points & factors
Sampling and analytical methods for AF surveillance & monitoring
Based on existing knowledge and preventive/control measures already tested and validated
Nevertheless, needs still exist to confirm critical points & factors, to test and validate technical procedures/equipment adapted to the local context,
develop simple and rapid analytical methods
Crucial Point: preparation of representative samples
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Applied & participative research actions focusing on:
• Preventive measures instead of curative by limiting the risk at each stage from the field to consumption
• Sustainable measures : cost-effective & environmentally friendly (use of alternatives to chemicals, renewable energy…)
• Constraints and strategies for the adoption of an AF management systemEvaluation of the cost/benefit of preventive measures, promoting incentives…
Contribution to innovation dissemination and education for AF awareness
• Training in good practices for the private sector
• Strengthening laboratory and surveillance capacities
• Promoting information and communication to encourage political support and policies
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Some key issues for AF control in AfricaSome key issues for AF control in Africa
• Integrated approach, from farm to forkLimit the risks of AF contamination along the food chain as they are at each step
• Concerted effort of all actors along the food production chainPrivate sector (farmers, industries…), R&D institutes, public and regulatory authorities, NGO, Civil Society Organizations… Need for adequate social organization & coordination between chain actors
• Multidisciplinary approachIn particular by integrating technical, socio-economical and environmental aspects to develop a sustainable AF management system
• In coordination with other projects/activities, as platform for complementary actions
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Some key issues for AF control in AfricaSome key issues for AF control in Africa
http://umr-qualisud.cirad.fr/
For more information
http://www.cirad.fr/
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