Session 5: The European Program – New science in traceability
IMPLEMENTING A NETWORKING PLATFORM
TO PROMOTE AND ENHANCE SCIENCE AND TECHNICAL
CO-OPERATION WITH EUROPE
IN FOOD QUALITY AND SAFETY
Food Traceability: the key to global market access
1st and 2nd of April 2008, Kuala Lumpur, Malaysia
Mathieu WEIL, Caroline BLACHE, Fabrice DAVRIEUX,
Didier MONTET, Marc LEBRUN, Dominique PALLET
Mathieu WEIL – V1 Kuala Lumpur 2nd of april 2008 2
IMPLEMENTING A NETWORKING PLATFORM
TO PROMOTE AND ENHANCE SCIENCE AND TECHNICAL
CO-OPERATION WITH EUROPE
IN FOOD QUALITY AND SAFETY
CONTENTS
1. What is Cirad ?
2. Presentation of the ALCUE Food project
3. A few Cirad’s researches on traceability using innovative tools for
Food Quality and Safety
- Polymerase Chain Reaction – Denaturant Gel Gradient Electrophoresis
- Electronic nose
French Agricultural Research Centre
for International Development
working
working
for
for
developing
developing
countries and the
countries and the
French
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Six strategic lines of research
Ecological intensification
Biomass energy in favour of communities in the South
Safe, varied food
Animal health and emerging diseases
Public policy, poverty and inequality
Relations between agriculture, environment,
nature and society
One operating principle: partnerships
Projects built and implemented hand-in-hand with
research and development players
•
•
Research
Research
organizations
organizations
and
and
universities
universities
• Professional
• Professional
organizations
organizations
and the
and the
private
private
sector
sector
• Public
• Public
authorities
authorities
and
and
donor
donor
agencies
agencies
• Local
• Local
authorities
authorities
•
•
NGOs
NGOs
Mathieu WEIL – V1 Kuala Lumpur 2nd of april 2008 6
3 Departments - 60 research units
1800 persons including 750 researchers
Metropolitan France: 430 researchers
Outside metropolitan France: 320 researchers
French overseas regions = 110
Other countries = 210, including 30 in international research centres
www.alcuefood.org
www.alcuefood.org
“From European fork to Latin American farm”: an innovative networking
platform for EU – LAC partnerships in food quality and safety R&D”
EC FP6 SSA Alcue-Food, 2005-08
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MAIN GOAL
To strenghthen the EU-LAC R&D cooperation through the effective
involvement of LAC partners in european consortium on FQS
GENERAL OBJECTIVE
To implement a permanent
EU-LAC platform on FQS
To develop and
implement a
comprehensive
EU-LAC
information
system on FQS
issues
SPECIFIC OBJECTIVES
To define
EU-LAC stakes on
FQS and state
priorities on
elaboration of
joint R&D
projects
To enhance the
LAC capacity
building through
better use of the
existing EU-LAC
cooperation
instruments
To propose to EC
and/or european
consortia relevant
LAC "groups of
excellence" for
further involvment in
the new FP 6&7
instruments
KEY DATAS
Full project time : 36 months
Total human resources : 121 person months – 13 partners
4 EU Member States (France, Belgium, Spain, Portugal)
4 Latin American MERCOSUR countries (Argentina, Brazil, Chile, Uruguay)
Total Budget : 737 500 euros
EXPECTED RESULTS
Strenghthening of trade in Food Sector
Compliance of LAC Food Exports with EU regulations
PROJECT CUSTOMERS
All stakeholders of the food supply chain : producers, firms, consumer
associations, academic and research sector, policy makers, regulatory bodies
A total
food chain
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Traceability
Traceability
was
was
identified
identified
as one of major
as one of major
priority
priority
topics
topics
(existence of a knowledge, existence of research activities …)
Organization of Workshops
and
Training sessions
Elaboration
of
joint projects
Data base
implementation
Information System
(Web portal)
Dissemination
activities
Project
activities
Field: Traceability in the food chain
Field: Traceability in the food chain
Organization of workshops and training sessions
Organization of workshops and training sessions
“Geo information in traceability systems, agricultural production systems and
environmental management : opportunities in regional development”
Campinas, Brazil, 27th of July 2005, 35 participants
“Recent advances on food traceability systems”
Santiago, Chile, 1st of August 2005, 95 participants
“Opportunities for EU-LAC co-operation on food traceability systems”
Santiago, Chile, 2-3 August 2005 (60 participants)
“Traceability systems along the meat chain”
Buenos Aires, 4th of August 2005 (60 participants)
“Strategic Technology Watch - applied to traceability, why and how to use
Internet efficiently”
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Offer interface with INCO (southern cone) countries
to FP6 project (SSA PETER)
Facilitate integration of INCO partners in the EC top-up
procedure (joining Integrated Projects or Network of
Excellence)
Elaboration of new projects for the FP6/FP7
(ex: SSA OTAG -Geodecision to Track and Trace
Agricultural Production)
Elaboration of joint EU
Elaboration of joint EU
-
-
LAC Projects
LAC Projects
Field: Traceability in the food chain
Building a Database in traceability
between the two regions
for Key Stakeholders:
Producers, Entreprises and Traders
Scientists and Research Institutions
Consumer Groups and Policy Makers
Data base implementation
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Information System (www.alcuefood.org)
Through the Information System / Web Portal
Through Workshops and Trainings
Through Participation in PETER:
- Disseminate European information to LAC/INCO countries
- Put forward LAC/INCO demands/contexts for better
adequation of traceability systems to the real needs
Dissemination activities
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developped in Joint Research Unit QualiSud
- PCR DGGE (fishes)
- Electronic nose (dates)
- Near Infra Red Spectrometry (coffee and cocoa)
3. A few Cirad’s researches on traceability using
innovative tools for Food Quality and Safety
Microbial ecology to trace origin
by Polymerase Chain Reaction – Denaturant Gel Gradient Electrophoresis
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New method PCR-DGGE
Food sample
Total DNA including
microbial DNA and
Food DNA
Mixture of DNA
amplicons from
species of
microorganisms
Extraction of total DNA
PCR Amplification of a ribosomal
DNA variable region by specific
primers
Comparative analysis of sequences and
determination of microbial markers of specific area
Separation of different
DNA by DGGE
Dendrogramme de 25 Obs. Moy. non pond. grpes associés
Percent disagreement AGB2P3-P AGB2P2-P AGB2P1-P AGB5P5-P AGB5P4-P AGB5P3-P AGB5P2-P AGB5P1-P AGB4P5-P AGB4P4-P AGB4P3-P AGB4P2-P AGB4P1-P AGB3P5-P AGB3P4-P AGB3P3-P AGB3P2-P AGB3P1-P AGB1P5-P AGB1P4-P AGB1P3-P AGB1P2-P AGB1P1-P
DGGE
PCR-DGGE
DGGE
UV transilluminator
Statistical analysis
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DGGE prints of bacteria extracted from dry fishes
coming from three different farms (rainy season)
Chau Phu
An Phu
Chau Doc
E.Coli
CP1-R CP2-R CP3-R CP4-R CP5-R CP1-D CP2-D CP3-D CP4-D CP5-D AP1-R AP2-R AP3-R AP4-R AP5-R AP1-D AP2-D AP3-D AP4-D AP5-D CD1-R CD2-R CD3-R CD4-R CD5-R CD1 -D CD2 -D CD3 -D CD4 -D CD5 -D TC1-R TC2-R TC3-R TC4-R TC5-R TC1-D TC2-D TC3-D TC4-D TC5-D -12 -10 -8 -6 -4 -2 0 2 4 6 8 10
Dim en s ion 1 : 46.24% varia nces -8 -6 -4 -2 0 2 4 6 8 Dim e ns ion 2 : 26. 4 0 % v a ri a n c e s
CP: Chau Phu; CD: Chau Doc; TC: Tan Chau; AP: An Phu
Factorial analysis of DGGE fingerprint of bacteria from fishes of 4
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Électronic
H
uman
Electronic nose to distinguish dates varieties
Electronic nose
Mass spectrometer
+ sensors
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Distribution of Black Bousthammi, Deglet nour and their mix 50%
on first principal plan
Near Infra Red Spectrometry
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Near Infra Red Spectrometry: principle
Diatomic vibring Molecule
Infrared
light
(ν
v
, Ev)
(ν, λ)
E = hν
The SPIR is the measurement of the absorption (Wave length and intensity) of
the near infra-red light by a sample. The principle of the technic is based on the
vibrational properties of the molecules and their interactions with the light.
O
N
C H
3N
N
N
H
3C
O
C H
3Comparaison to spectral data base
Infrared Light
Energy absorbance by Chemical Links
Cafein
Qualitative Analysis
Quantitative Analysis
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Characterization of coffee mixtures (roasted and grounded)
R o b u s t a
A r a b i c a C P1 (63.86% )
C P 2 (29.85% )
Distribution of coffee arabica and
robusta on first principal plan
decaffeinated
Aromatized
with vanilla
defatted
Comparison of specific coffees to
standard
Linear discriminant analysis of three origins of
cocoa beans
-1 -0.8 -0.6 -0.4 -0.2 0 0.2 0.4 0.6 0.8 1 1.2 -1 -0.5 0 0.5 1 1.5 2 -- axe 1 (55% ) --> -- a x e 2 (4 5 % ) -->Côte d'Ivoire
Trinidad
Venezuela
Classification rate 100%
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