GM Mosquito Workshop Introduction and context Ethical issues National decision making Data requirements Case studies Conclusions.

Slides:



Advertisements
Similar presentations
Programme Overview Mark Novels 5 th December 2011 Quality Assurance in Technical and Vocational Education and Skills Study Tour (5 th -9 th December 2011)
Advertisements

Trade and Health National Assessment The World Health Organisations Diagnostic Tool on Trade and Health Presented by: Corinna Hawkes, Consultant
Spencer Henson & Oliver Masakure International Food Economy Research Group Department of Food, Agricultural & Resource Economics University of Guelph.
Transparency mechanisms in domestic regulation WTO Working Party on Domestic Regulation Workshop on Regulatory Practices Geneva, 11 April 2011.
Mauritius Experience with the Practical Implementation of the SPS Agreement: Problems and Needs.
Pest Risk Analysis (PRA) Training
Implementing NRCS Pest Management
CODE OF PRACTICE AND COMMODITIES STANDARDS, PRESENTED AT NIGERIA AFLATOXIN WORKSHOP BY STANDARDS ORGANISATION OF NIGERIA.
Regulatory Initiatives on GM Insects Camilla Beech MosqGuide Project ISBGMO11 Argentina Nov 2010.
Florida Keys 15 th March. background Foundation –Oxford University –2002 –Private company, 40 staff Collaborations –US Department of Agriculture –University.
T esting and deployment of GM mosquitoes: what is different? Ethical Review Process Instituto Conmemorativo Gorgas Vicente Bayard.
“Towards a Regional Approach to Biotechnology Policy in Southern Africa “ By Lindiwe Majele Sibanda
Regional Approach to Biosafety for Southern African Countries (RABSAC) Marnus Gouse Department of Agricultural Economics - University of Pretoria / FANRPAN.
Northwest Crops Project Dennis Pittmann, Dennis Roe and Anitra Gorham.
Genetically Modified Crops To plant or not to plant in Africa.
Designer Genes: One Size Fits All? Copyright © 2010 Intel Corporation. All rights reserved. Adapted with permission. Intel, the Intel logo and the Intel.
Current Status of Food Traceability in European Union Willy De Greef IBRS.
Genetic Technology Aims: Must be able to outline the main forms of genetic technology. Should be able to discuss the advantages and disadvantages of genetic.
Abstract: In recent years, advances in genetic engineering and techniques of molecular biology have enabled the creation and commercial release of “Genetically.
GMO. What are GMOs? GMOs are plants or animals whose cells have been inserted with a gene from an unrelated species in order to take on specific characteristics.
Biotechnology & Genetically Modified Organisms (GMOs) Food Technology.
Manila June, 2004 Public participation and awareness on genetically engineered technologies of crops in India Desh Deepak Verma Joint Secretary.
KEY CONCEPT DNA sequences of organisms can be changed.
NATIONAL CAPACITY FOR EVALUATION OF EVIDENCE AND DECISION-MAKING Mauro Toledo Marrelli Universidade de São Paulo.
Overview of operational research in MSF Myriam Henkens, MD, MPH International Medical Coordinator MSF London 1st of June, 2006.
CHALLENGES FOR PRAGMATIC TRIALS IN EUROPE Donna A. Messner, PhD.
1 Inter-linkages: BCH, Parties, Capacity Building, Compliance and RA Concept Sustainability Biosafety Programme - Secretariat of the Convention on Biological.
1 Hsin Chu, August 2012 Regulatory Impact Assessment Charles-Henri Montin, Senior Regulatory Expert, Ministry of economy and finance, Paris
Agricultural Biotechnology: The Technology in the Seed Drew L. Kershen Earl Sneed Centennial Law Professor University of Oklahoma Copyright 2001, all rights.
Training Workshop for Regional Advisors Bangkok, Thailand 15 – 27 May 2006.
Heather W. Allen, Ph.D. Chair, Regional SRC/IRB STEM Education Outreach Programs University of New Mexico Presented At the STEM Educator Professional Development.
Putting Biotechnology into Practice in International Development Josette Lewis, Ph.D. USAID.
Introduction to GMOs: Myths and realities Masami Takeuchi, Ph.D. Food Safety Officer.
The New Science of Food: Facing Up to Our Biotechnology Choices Prepared by Mark Edelman, Iowa State University David Patton, Ohio State University A Farm.
Conservation Agriculture as a Potential Pathway to Better Resource Management, Higher Productivity, and Improved Socio-Economic Conditions in the Andean.
RISK MANAGEMENT The process of weighing policy alternatives in the light of the results of risk assessment and, if required, selecting and implementing.
Biotechnology Priorities for South Africa Prof. Diran Makinde AfricaBio Cape Town- 14/15 April 2003.
Perspective on OECD activities from a non-member country Prof. Atanas Atanassov, Agrobioinstitute, BULGARIA workshop: Beyond the Blue Book: Framework for.
FDA EID Workshop: Day 2 Organs, Tissues and Cells Melissa A. Greenwald, MD Blood Products Advisory Committee 26 July 2010 Gaithersburg, MD.
GMO amendment Bill and biotech policy W. De Greef, Consultant to AfricaBio.
Biotechnology. D Biotechnology2 Definition Techniques used to modify deoxyribonucleic acid (DNA) or the genetic material of a microorganism, plant,
Professionalism: The inspectors competency model – why and how.
Course Conclusion Final Exam Review Finish Tuesday’s Lecture A word about the book …
AGRICULTURAL PRODUCT INSPECTION SERVICES Mooketsa Ramasodi Directorate Agricultural Product Inspection Services Trade Awareness Workshop Polokwane, 12.
Overview of Risk Assessment and Risk Management of PIPs in the U.S.
Architecture review methods Assumptions Types of reviews Prework The review Follow-on activity Value of architecture review Other types of reviews.
Page 1 Advance Interdepartmental Reporting Initiative (AIRI) Transborder Working Group Data Workshop Dearborn, MI June 3-5, 2008 Transborder Working Group.
UPDATE ACTIVITIES IN THE ASIA REGION NOCOURSE/ WORKSHOP/ MEETING VENUEDATE START DATE END DURATIONS (DAYS) SPONSORED 1 APPPC Workshop on System.
Abstract A step-wise or ‘tiered’ approach has been used as a rational procedure to conduct environmental risk assessments in many disciplines. The Technical.
Science academies working together To tackle the Grand Challenges Volker ter Meulen Past President, EASAC Past President, German National Academy of Sciences.
Genetically Modified Foods (GM or GMO foods). What is a Genetically Modified (GM) Food? Foods that contain an added gene sequence Foods that contain an.
GENETICALLY MODIFIED ORGANISM (GMO) TECHNOHOLICS.
Genetically Modified Foods. What is a Genetically Modified Food? Foods that contain an added gene sequence Foods that have a deleted gene sequence Animal.
Korean Effort to Ensure Biosafety
Genetically Modified Organism (GMO)
University of Greenwich
WORKSHOP ON CULTURAL AND RELIGIOUS ISSUES SURROUNDING GMO’S
The FDA Early Feasibility Study Pilot and the Innovation Pathway
Energy and Technology Partnership Conference
Biotechnology and Biosafety Awareness
(Public Sector Linkage Programme)
Genetically Modified Food
Graham Brookes PG Economics Ltd, UK 10 October 2018
Trade and Pest Management
KEY CONCEPT DNA sequences of organisms can be changed.
Plant Health EURLs Meeting of the Directors of EURLs - Animal Health, Food and Feed Safety Brussels, 1 December 2017.
ROLE OF KEPHIS IN SAFE HANDLING, TRANSFER AND USE OF GMOS.
KEY CONCEPT DNA sequences of organisms can be changed.
KEY CONCEPT DNA sequences of organisms can be changed.
KEY CONCEPT DNA sequences of organisms can be changed.
Presentation transcript:

GM Mosquito Workshop Introduction and context Ethical issues National decision making Data requirements Case studies Conclusions

Existing paradigm GM Crops: tested, grown, regulated ~25 years Major commodities, extensive areas, world trade Developed versus developing world tensions Predominantly single transformation events (for input traits) with additional stacking Regulation based around “containment” of genes Benefits not assessed in risk-based decisions

New challenges Recent rapid technical progress with mosquitoes First GM Mosquito transformed in 1998 Focus on public health benefits (rural/urban) Public aware of need for new control measures Disease endemic countries Expanding range and resurgence Regulation adapting from GM crop-based rules

GM mosquitoes vs GM crops Animals Some potential for disease transmission (animal to human) More self-mobile than plants Public health Risk, but also benefit? Should be judged in context of alternatives Individual choice to eat GM plants, but collective choice on public health (to be bitten by a GM insect?) Well-tried concepts, but new technologies Sterile insect technique widely used in agriculture and animal husbandry for 50 years, now in mosquitoes Managed introduction (self-sustaining) biocontrol But a range of ideas under the same regulation

Technologies Self-limiting GM Self-sustaining GM Paratransgenesis or symbionts (may be GM)

Workshop context Recent rapid technical progress with mosquitoes Several international reviews WHO/FNIH Technical Consultation WHO/FNIH Working Group EFSA GM Insect Report Cartagena Protocol review National reviews and trial releases Cayman Islands, Malaysia, other countries considering Common decisions? Common data?

Workshop introduction Present issues on GM mosquitoes Consider ethical issues Discuss some national approaches on use Collect views/questions of participants Validation of concepts/strategies New suggestions?

Key messages GM mosquitoes available and testing now Benefit/risk considered for public health Regulations may need to adapt rapidly Proportionate and pragmatic regulatory measures