Amplicon details |
||
Amplicon: |
82 bp | |
1 gcctctgccg acagtggtcc caaagatgga cccccaccca cgaggagcat 51 cgtggaaaaa gaagacgttc caaccacgtc tt |
||
| Record ID | Database | Record description | Record length | Taxon | Method | Amplicon size | Match details |
|---|---|---|---|---|---|---|---|
| MG733987.1 | nt | Binary vector pCNM3. | 9409 bp | Binary vector pCNM3 | QL-ELE-00-012 | 82 bp | View |
| KY489665.1 | nt | Cloning vector pUbiCas9-Red, comple... | 18587 bp | Cloning vector pUbiCas9-Red | QL-ELE-00-012 | 82 bp | View |
| KY489666.1 | nt | Cloning vector pEciCas9-Red, comple... | 19241 bp | Cloning vector pEciCas9-Red | QL-ELE-00-012 | 82 bp | View |
| MB014666.1 | emblrelpat | JP 2018504119-A/39: ROTAVIRUS-LIKE ... | 2268 bp | synthetic construct | QL-ELE-00-012 | 82 bp | View |
| MB014668.1 | emblrelpat | JP 2018504119-A/41: ROTAVIRUS-LIKE ... | 4540 bp | synthetic construct | QL-ELE-00-012 | 82 bp | View |
| LC375815.1 | nt | Binary vector pMpGE013 DNA, complet... | 16683 bp | Binary vector pMpGE013 | QL-ELE-00-012 | 82 bp | View |
| LC375815.1 | nt | Binary vector pMpGE013 DNA, complet... | 16683 bp | Binary vector pMpGE013 | QL-ELE-00-012 | 82 bp | View |
| LC375816.1 | nt | Binary vector pMpGE014 DNA, complet... | 17678 bp | Binary vector pMpGE014 | QL-ELE-00-012 | 82 bp | View |
| LC375816.1 | nt | Binary vector pMpGE014 DNA, complet... | 17678 bp | Binary vector pMpGE014 | QL-ELE-00-012 | 82 bp | View |
| LC375817.1 | nt | Binary vector pMpGE006 DNA, complet... | 15938 bp | Binary vector pMpGE006 | QL-ELE-00-012 | 82 bp | View |
| LC375817.1 | nt | Binary vector pMpGE006 DNA, complet... | 15938 bp | Binary vector pMpGE006 | QL-ELE-00-012 | 82 bp | View |
| MF521566.1 | nt | Petunia x hybrida transgenic dihydr... | 3304 bp | Petunia x hybrida | QL-ELE-00-012 | 82 bp | View |
| MG881768.1 | nt | Transformation vector pBHRF-108, co... | 7024 bp | Transformation vector pBHRF-108 | QL-ELE-00-012 | 82 bp | View |
| MG881769.1 | nt | Transformation vector pBHRF-108-Ype... | 10779 bp | Transformation vector pBHRF-108-Ypet | QL-ELE-00-012 | 82 bp | View |
| MF375491.1 | nt | Ti plasmid binary vector pGSh16.101... | 17356 bp | Ti plasmid binary vector pGSh16.1010 | QL-ELE-00-012 | 82 bp | View |
| MF375491.1 | nt | Ti plasmid binary vector pGSh16.101... | 17356 bp | Ti plasmid binary vector pGSh16.1010 | QL-ELE-00-012 | 82 bp | View |
| MF375491.1 | nt | Ti plasmid binary vector pGSh16.101... | 17356 bp | Ti plasmid binary vector pGSh16.1010 | QL-ELE-00-012 | 82 bp | View |
| MF479729.1 | nt | Ti plasmid binary vector pGSh16.101... | 16639 bp | Ti plasmid binary vector pGSh16.1012 | QL-ELE-00-012 | 82 bp | View |
| MF479729.1 | nt | Ti plasmid binary vector pGSh16.101... | 16639 bp | Ti plasmid binary vector pGSh16.1012 | QL-ELE-00-012 | 82 bp | View |
| MF479729.1 | nt | Ti plasmid binary vector pGSh16.101... | 16639 bp | Ti plasmid binary vector pGSh16.1012 | QL-ELE-00-012 | 82 bp | View |
Related publications:
Petrillo, M., et al. “JRC GMO-Amplicons: A Collection of Nucleic Acid Sequences Related to Genetically Modified Organisms.” Database (Oxford), vol. 2015 bav101, 30 Sep. 2015, doi:10.1093/database/bav101.
Angers-Loustau, A., et al. “Using the EURL GMFF Online Bioinformatics Resources: A how-to Guide for Practical JRC GMO-Matrix and JRC GMO-Amplicons Case Uses.” European Commission, Ispra, JRC101853, 2016.