Notice of Submission for Approval of Novel Food and Livestock Feed Use for Cotton Genetically Modified for Herbicide Tolerance (MON 88701) from Monsanto Canada Inc.
May 31, 2012
Comment period closed: 2012-12-28
The CFIA and Health Canada have received a submission from Monsanto Canada Inc. seeking an approval for livestock feed and food use of a cotton line designated as MON 88701, which has been genetically modified for dicamba and glufosinate tolerance. The submission received is in accordance with CFIA guidelines for assessment of novel feeds, and Health Canada guidelines for assessment of novel foods. To view information related to the assessment of a novel feed, please refer to the CFIA website. To view the information related to the health and safety assessment of a novel food, please refer to the Health Canada website.
Summary of the Submission Package
Updated scientific information may be added to this submission by the developer at a later date, or CFIA and/or Health Canada may request further information from the developer.
Description of the Host Plant
Please refer to the Organization for Economic Co-operation and Development's Consensus Document on the Biology of Cotton (Gossypium spp.), published.05-Dec-08, http://www.oecd.org/dataoecd/37/0/46815918.pdf . Cotton is not cultivated in Canada.
Description of the Modification
Cotton line MON 88701 was developed through recombinant DNA technology. In order to assess the modification process, the following has been submitted:
- Description of the transformation system/modification process
- Description of the transformation method
- Nature and source of the carrier DNA
- Description of the genetic material delivered to the plant
- Components of the vector
- Summary of all genetic components
- Description of the inserted genes –dmo and bar
- Description of the promoters and terminators
- Portion and size of the inserted sequence
- Location, order and orientation in the vector
- Function of the inserted gene in the plant
- Source of the dmo and bar genes (donor organisms)
- Level of expression of dicamba mono-oxygenase (DMO) protein and phosphinothricin N-acetyltransferase (PAT) protein in forage and grain
- Review of the toxicity and pathogenic ability of the genetic components to plants and other organisms
- Review of the toxicity and pathogenic ability of the donor organisms to plants and other organisms
- History of use of the dmo and bar genes
- Detailed map of the vector
Inheritance and Stability of the Introduced Trait
In order to assess the inheritance and stability of the genetic modification, the following has been submitted:
- Analysis of stability over multiple generations
Description of the Introduced Traits
In order to characterize the DNA inserted in the plant, the following has been submitted:
- Information for all coding areas
- Information on plant promoters: Southern analysis of the dmo and barcoding regions and promoters
- DNA analysis for terminators and enhancers of plant expressible cassettes.
- Information on noncoding regions that have no known plant function and are not associated with expression of coding regions: DNA analysis for known function
- Characterization of expressed DMO and PAT proteins in cotton
Toxicity of the Novel Gene Products
The toxicity of the DMO and PAT proteins on nontarget species, humans and animals. The following has been submitted to support the application:
- Bioinformatics evaluation of the DMO and PAT proteins
- Acute toxicity study
- Digestibility of the proteins
In order to assess nutritional aspects of the novel plant, the following has been submitted:
- The nutritional composition of the novel plant has been compared to unmodified cotton. The following have been considered:
- Proximate composition (protein, fat, ash, carbohydrates)
- Composition of amino acids and minerals
- Acid detergent fiber and neutral detergent fiber
- Micro-nutritional elements (vitamins, etc)
In order to assess allergenicity and toxicity of the novel proteins, the following has been submitted:
- Analysis of the amino acid sequence similarity of the DMO and PAT proteins to known protein allergens or toxins through bioinformatics analysis
Evaluation of Environmental Impact
In order to assess the environmental impact of MON 88701, the following has been submitted:
- Examination for potential weediness
- Examination of seed yield
- Examination of phenotypic characteristics
- Examination of seed dormancy and germination
- Examination of the response to biotic and abiotic stressors
- Examination of plant pest potential
For more information on this product, please contact:
Monsanto Canada Inc.
180 Kent Street, Suite 810
Ottawa ON K1P 0B6
The CFIA and Health Canada, including their employees, are not responsible for the content of this Notice of Submission as submitted by the Applicant. All Notices of Submission are the responsibility of the Applicant submitting them and the Applicant does so at its own risk. Submission of this Notice of Submission and its subsequent posting by the CFIA on its Web site does not in any way whatsoever constitute acceptance, approval or certification by the CFIA or Health Canada of the Plant with Novel Trait(s) subject of the Notice of Submission and the CFIA and Health Canada reserve all their rights under all the pertinent legislation that may be applicable. The CFIA and Health Canada in no way whatsoever waives any of their rights under any of the legislation they enforce or administer by way of the CFIA posting this Notice of Submission.
The Applicant is not obliged to provide any information. The Applicant submits information that it chooses to submit. The information that the Applicant voluntarily provides on this Notice of Submission is collected by the CFIA and Health Canada for the purpose of sharing information with the public. Personal Information will be protected under the provisions of the Privacy Act, and will be stored in Personal Information Bank CFIA PPU 125. Information, including personal information, may be accessible or protected as required under the provisions of the Access to Information Act.
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