CSTA Biotech Committee Krista Thomas, Director of Plant Innovation - - PowerPoint PPT Presentation
CSTA Biotech Committee Krista Thomas, Director of Plant Innovation - - PowerPoint PPT Presentation
Plant Breeding Innovation Update CSTA Biotech Committee Krista Thomas, Director of Plant Innovation Canada Grains Council November 28, 2017 Canada Grains Council (CGC) Member Organizations What is Plant Breeding Innovation (PBI)?
Canada Grains Council (CGC) Member Organizations
What is Plant Breeding Innovation (PBI)?
International Seed Federation: “PBI is the term we use to describe the constantly evolving ideas and practices which enhance the field
- f plant breeding.”
- Genome Editing
- CRISPR
- Zinc Finger
- TALENS
- Cisgenesis
- Intragenesis
- Grafting on GM Rootstock
- Reverse Breeding
- Agroinfiltration
Uncertainty about how the products produced using these techniques will be regulated, how readily the public will accept them, and what the impacts will be on international trade.
What are the Benefits
What are the Benefits of PBI?
- Lifting farmer and ag sector income
- through yield increases and agronomic traits, especially in smaller-acreage crops
with limited capacity to invest in plant breeding
- Meeting consumer demand for healthier, high-quality food
- by reducing naturally-occurring mycotoxins, increasing vitamins and nutrients, or
developing new types of nutraceuticals and functional foods
- Adapting to climate change and reducing the environmental impact of
farming
- crops that need fewer inputs and help to conserve water and soil and maintain
their quality
- Fighting quarantine pests
- reducing devastating crop loss and risks to food security, as well as preventing
serious trade disruptions
What are the Real Benefits of PBI?
- Faster
- Easier
- Less expensive
- Investments in breeding programs can go further
- Opportunities for cutting-edge innovation in crops that have not
adopted GM traits
- Opportunities for small or orphan crops
If we don’t overregulate and if we have global regulatory alignment
Canadian Grain Heavily Dependent on Trade
- Majority of major field crop
production exported
- Up to 90% of some crops end up
in export markets
- For some crops there is
significant diversity in export destinations (70+ countries for wheat)
- China, EU, and Japan figure
prominently
Source: The United Nations Conference on Trade and Development International Trade Data Center. Updated 10/25/2016 VLM. $678,924
Europe Oceania Africa
$11,585
Asia
Annual Average Continent-to-Continent Trade of Grains and Oilseeds 2011-2015 (1000USD)
Americas
PBI Regulations: Global Overview
- Many countries are considering how PBI should be regulated
- Definitions of Biosafety legislation (e.g., for regulating GMOs/LMOs)
- So far, no countries have indicated they will fully exempt all products of
genome editing from regulatory oversight
- Early approaches are case-by-case and product-based
- Acknowledge the range of different products that can be produced:
- Have minimal genetic changes and could otherwise be developed using
conventional breeding techniques (SDN1)
- Have more significant genetic changes (SDN2)
- Are transgenic plants (contain a gene sequence from non-sexually compatible
species) (SDN3)
Country Snapshots
Argentina, Chile and Brazil
- Case by case reviews
- Predictable notification process (20 to 60 day review)
- Manageable data requirements
- Six decisions made so far (all conventional breeding)
Country Snapshots
Australia
- Completed a public consultation on genome editing
- Will include all but simple point mutations under GMO
regulations (SDN2 and SDN3 to be included)
- Review of Gene Technology Act underway, may allow
flexibility to treat plants differently from animals and microorganisms
Country Snapshots
European Union
- Currently a lack of regulatory clarity
- Court ruling expected December 20th may provide indication of
regulatory direction(final ruling May/June)
- Increasingly politicized, linked to GMOs and pesticides
- Increasing concerns about loss of agricultural innovation
- EU Commission SAM report provides scientific basis to treat some
PBI products like conventional:
- http://ec.europa.eu/research/sam/pdf/topics/explanatory_no
te_new_techniques_agricultural_biotechnology.pdf
Country Snapshots
China, Japan, South Korea
- Heavy investment in genome editing technology
- No published guidance or regulatory decisions at this time
- Indications that some form of upfront review will be required but
products without “foreign’ DNA should not be treated like GMOs
Country Snapshots
Canada and the US
- US agencies have consulted public
- FDA comment period closed in June
- USDA announced they will not proceed with proposed amendments
- Some products exempted under current USDA regulations
- Canadian regulators have signaled “novelty” based approach is ready to
respond to products of any new breeding method
- Industry dialogue initiated May 30th workshop to examine regulatory
framework
May 30th Workshop PRESENTED BY:
Workshop Conclusions
- Regulatory efficiency, transparency and predictability are key
- Canada needs a modernized system that addresses true risk
- Tiered model worth exploration
- Ability to adopt innovation hinges on clear, predictable and
consistent regulatory environment in all significant markets
- Build knowledge, comfort and awareness of plant breeding
innovation and the benefits it can bring to society
CGC PBI Working Group
- Formed in response to Workshop, to develop input to government
about the importance of supporting innovation in agriculture, without disrupting efficient trade
- 14 CGC members currently participating:
- CSTA, CropLife Canada, CSGA, Cereals Canada, Canola Council, Cargill,
GFO, GGC, Monsanto, Pulse Canada, Sask Flax, Soy Canada, Syngenta, Wheat Growers of Canada
PBI Policy Statement Near Final
Objective:
- The regulatory and policy environment for plant breeding
innovation (PBI) must deliver on the dual objectives of driving innovation in the crop sector while maintaining market access abroad.
PBI Policy Statement Near Final
- A whole-of-government commitment to support the introduction of PBI
- A review of Canadian regulatory policies to ensure they:
- are not overregulating, or causing a drag on domestic innovation
- are delivering the decisions and transparency required to allow entry of products into
the global marketplace
- align with like-minded trading partners on the scope of regulated products
- Proactive engagement with both like-minded and importing countries to
drive a trade-enabling and risk-based global regulatory system
- A Government of Canada public communication strategy
Other Domestic Initiatives
- Benefits paper and supporting outreach activities
- Focusing on 4 crops initially: canola, wheat, flax, lentil
- Objective to clearly demonstrate and quantify the opportunity of PBI for
these crops
- Survey of Plant Breeders
- Collect data about the impact of current Canadian regulations on R&D
International Initiatives and Forums
- ISF: ongoing international leadership role on PBI, actively
encouraging country-to-country discussion, most recently in London
- IGTC: recently finalized a position on PBI, emphasizing need for
regulatory alignment, and information sharing along the value chain, now situated to increase engagement on this issue
- OECD: considering assessment of PBI products, workshop planned
for 2018
- APEC: considering proposal for PBI dialogue among member
economies
- Extended like-minded governments forum led by USDA-FAS
Parting Thoughts
- Budget 2017 sets an ambitious goal of growing Canada’s agri-food
exports from $55 to $75 billion annually by 2025.
- The Canada Grains Council and its members believe it is Canada’s
strength in science that places this target within reach.
- Only achievable if:
- we don’t overregulate, inadvertently placing a drag on innovation
- we know Canadian grain will meet foreign regulatory requirements and flow
smoothly to international ports, this requires transparency and global regulatory coherence
- we can build consumer comfort with PBI and the benefits it can bring to