Transgenic Plant Material - What to Know
Working with Transgenic Plants
There are policies and procedures in place to safeguard against the accidental release of recombinant/synthetic nucleic acid containing plants, plant-associated microorganisms, and plant-associated animals to the environment outside of the laboratory or greenhouse facilities. These are required by federal, state, and local regulatory policies. Please see the following materials for specific guidelines:
Transgenic Plant Safety Training Handout (PDF)
MSU Biosafety Transgenic Plant Containment Manual
Transgenic Plant Safety Training Handout (Text)
Montana State University – Plant Growth Center (PGC)
1. Topics Covered
- Regulations
- Individual Responsibilities
- Risk Assessment
- Controlled Access
- Shared Space with Non-Transgenic Plants
- Records
- Signs
- Decontamination and Inactivation
- Transporting
- Housekeeping
- Biological Containment Techniques
2. Regulations and Permitting Agencies
2.1 Regulations
- NIH Guidelines for Research Involving Recombinant or Synthetic Nucleic Acid Molecules
(OSP-NIH)
- Appendix L – Physical and Biological Containment for Recombinant DNA Research Involving Plants
2.2 Permitting Agencies
- United States Department of Agriculture (USDA) / Animal and Plant Health Inspection
Services (APHIS)
- Plant Protection and Quarantine (PPQ) – Non-transgenic materials
- Biotechnology Regulatory Services (BRS) – Transgenic materials
3. Permitting Process
Steps in the permitting process:
- eFile
- Pre-Inspection
- Permit
- IBC
- Inspection
- Renewal
Resources:
4. Standard Conditions of Most Permits
- Authorized Activities
- Duration and Authorized Locations
- The Responsible Person and Designated Agents
- Responsibilities After Permit Expiration
- Proposed Changes to an Issued Valid Permit
- Record Maintenance
- Containment in Transit
- Containment and Storage at Destinations
- Devitalization and Disposition
- Reporting a Possible or Actual Unauthorized Release
5. Risk Assessment of Transgenic Plants
Key questions to address during risk assessment:
-
Source and nature of introduced genetic material:
- Is it from an exotic infectious agent or pathogenic organism?
- Is it a fragment of DNA or a complete genome?
-
Bioactive protein expression:
- Are bioactive proteins expressed?
- What is the nature of the expressed proteins?
-
Local environment profile:
- Are local crops potentially affected?
- Are sexually compatible wild or weed species capable of spreading the genetic modification?
-
Experimental procedures and containment impact:
- Will it be necessary to transport materials to/from the PGC?
- Will arthropods or other potential vectors be used during the course of the project?
6. Controlled Access (Physical)
- Labs, bays, and growth chambers containing transgenic plants must be locked at all times.
- Access authorization must only be given to individuals that are approved.
7. Records
- Records must be kept of all transgenic plants and materials that are brought into or removed from the Plant Growth Center.
- Records must be kept of all ongoing experiments involving transgenic plants.
8. Signs
8.1 Bay Door and/or Growth Chamber Sign
Required information:
- Responsible Individual
- Plant(s) in use
- Special Requirements
- IBC Protocol Number
8.2 APHIS Permitted Material Sign
Required information:
- Containment Director
- Phone number
9. Decontamination and Inactivation
- Transgenic plants, seeds, and any other plant materials must be rendered inactive by sterilization via autoclave before disposal.
- Decontamination of transgenic plant soil will be decided on a case-by-case basis by the PGC Manager and the Institutional Biosafety Committee.
- Decontamination of water is not necessary, but an appropriately sized filter must be installed to ensure transgenic plant material does not exit the PGC.
10. Transporting Transgenic Plants and Materials
- Transgenic plants, seeds, soil, or other plant materials must be transported in a leak-proof, shatterproof container on a cart.
- The outside of the container must be sanitized prior to transport to ensure transgenic pollen and seed are removed.
Examples requiring compliance with this policy:
- Transport between bays
- Transport to and from laboratories
- Transport to the autoclave
11. Housekeeping
- Keep bay(s) clean and uncluttered
- Do not eat or drink in bay(s)
- Observe all special containment measures (e.g., footbaths, sticky mats) when present
- Wash hands before leaving the greenhouse facility
- Wear disposable fluid-resistant gloves when handling transgenic plant material
- Wear facility-dedicated or disposable lab coats/smocks when handling transgenic plant material
- Thoroughly inspect street clothes and shoes for transgenic material (especially seed and/or pollen) prior to leaving the greenhouse bay
12. Biological Containment Techniques
- Removing flower heads or bagging plants prior to flowering
- Harvesting material before the reproductive stage
- Using male sterile lines
- Localizing engineered genes in the non-reproductive parts of the plant by expressing the transgene transiently rather than in stably transformed plants
- Conducting the experiment when pollination will not occur outside (e.g., winter months)
13. Contact
Biosafety Officer: Amy Robison
- Email: amanda.robison@montana.edu
- Work Phone: x6733
- Cell Phone: (406) 451-3511
