Last update: 21/11/2025
GMOMETHODS
GMOMETHODS provides information on EU reference methods for GMO Analysis that have been validated according to the principles and requirements of international standards. Data is retrieved from peer-reviewed journals and final reports of collaborative studies.
Number of methods found: 224
Legend:
Event specific
Element specific
Construct specific
Species specific
Plant specific
|
ID
|
Event name
|
Species
|
Genetic target
|
Description
|
|---|---|---|---|---|
|
QT-EVE-ZM-039
|
DP51291 (DP-051291-2) | Maize | DP51291 insert | Quantitative PCR method for detection of maize event DP51291 (EURL GMFF, 2024) |
|
QT-EVE-ZM-040
|
DAS1131 (DAS-01131-3) | Maize | 5' host genome / DAS1131 insert | Quantitative PCR method for detection of maize event DAS1131 (EURL GMFF, 2024) |
|
QT-TAX-BN-001
|
none | Oilseed Rape | FatA | Quantitative PCR method for detection of oilseed rape acyl-ACP thioesterase gene (FatA), A subgenome (EURL GMFF, 2014) |
|
QT-TAX-BN-002
|
none | Oilseed Rape | BnC1 | Quantitative PCR method for detection of oilseed rape cruciferin storage protein (BnC1) (EURL GMFF, 2013) |
|
QT-TAX-BN-003
|
none | Oilseed Rape | CRUA | Quantitative PCR method for detection of oilseed rape cruciferin A gene (CRUA) (EURL GMFF, 2019) |
|
QT-TAX-BN-012
|
none | Oilseed Rape | CRUA | Quantitative PCR method for detection of oilseed rape cruciferin A gene (CRUA) (EURL GMFF, 2006) |
|
QT-TAX-BV-001
|
none | Sugar Beet | GS2 | Quantitative PCR method for detection of sugar beet glutamine synthetase GS2 gene (EURL GMFF, 2024) |
|
QT-TAX-BV-013
|
none | Sugar Beet | GS2 | Quantitative PCR method for detection of sugar beet glutamine synthetase GS2 gene (EURL GMFF, 2013) |
Related publications:
- Bonfini, L., et al. "GMOMETHODS: The European Union Database of Reference Methods for GMO Analysis." Journal of AOAC International, vol. 95, no. 6, 1 Nov. 2012, pp. 1713-1719.
- Bonfini, L., "In Silico Proposal of Screening Strategies for Detecting EU Authorised GMOs." European Commission, Ispra, JRC131782, 2023.