Amplicon details |
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Amplicon: |
84 bp | |
1 catgtaatgc atgacgttat ttatgagatg ggtttttatg attagagtcc 51 cgcaattata catttaatac gcgatagaaa acaa |
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| Record ID | Database | Record description | Record length | Taxon | Method | Amplicon size | Match details |
|---|---|---|---|---|---|---|---|
| KF545094.1 | nt | Cloning vector pEnEOiLUCThsp, compl... | 5836 bp | Cloning vector pEnEOiLUCThsp | QL-ELE-00-013 | 84 bp | View |
| KF545095.1 | nt | Cloning vector pEnEL2LUC, complete ... | 5177 bp | Cloning vector pEnEL2LUC | QL-ELE-00-013 | 84 bp | View |
| KF545096.1 | nt | Cloning vector pEnEOTG-stop, comple... | 4686 bp | Cloning vector pEnEOTG-stop | QL-ELE-00-013 | 84 bp | View |
| KF647530.1 | nt | Chloroplast transformation vector p... | 12759 bp | Chloroplast transformation vector pC35-STDBxb1 | QL-ELE-00-013 | 84 bp | View |
| KF661330.1 | nt | Binary vector pKGFP::P85-P87::GUS e... | 16294 bp | Binary vector pKGFP::P85-P87::GUS | QL-ELE-00-013 | 84 bp | View |
| LT724928.1 | nt | Gateway expression vector pAGRIKOLA... | 9457 bp | Gateway expression vector pAGRIKOLA-CATMA2a00630 | QL-ELE-00-013 | 84 bp | View |
| KF719012.1 | nt | Cloning vector pGGF007, complete se... | 4024 bp | Cloning vector pGGF007 | QL-ELE-00-013 | 84 bp | View |
| KF719013.1 | nt | Cloning vector pGGF008, complete se... | 3769 bp | Cloning vector pGGF008 | QL-ELE-00-013 | 84 bp | View |
| HF675000.1 | nt | Nicotiana benthamiana gfp gene for ... | 9184 bp | Nicotiana benthamiana | QL-ELE-00-013 | 84 bp | View |
| LQ579565.1 | emblrelpat | Sequence 134 from Patent WO2016106121. | 8415 bp | synthetic construct | QL-ELE-00-013 | 84 bp | View |
| LQ579566.1 | emblrelpat | Sequence 135 from Patent WO2016106121. | 11632 bp | synthetic construct | QL-ELE-00-013 | 84 bp | View |
| KF871320.1 | nt | Ti plasmid binary vector pGZ12.0501... | 17041 bp | Ti plasmid binary vector pGZ12.0501 | QL-ELE-00-013 | 84 bp | View |
| KF876795.1 | nt | Binary vector pYBA-1131, complete s... | 7651 bp | Binary vector pYBA-1131 | QL-ELE-00-013 | 84 bp | View |
| KF876796.1 | nt | Binary vector pYBA-1132, complete s... | 6566 bp | Binary vector pYBA-1132 | QL-ELE-00-013 | 84 bp | View |
| KF876797.1 | nt | Binary vector pYBA-1133, complete s... | 6566 bp | Binary vector pYBA-1133 | QL-ELE-00-013 | 84 bp | View |
| KF876798.1 | nt | Binary vector pYBA-1134, complete s... | 6566 bp | Binary vector pYBA-1134 | QL-ELE-00-013 | 84 bp | View |
| KF876799.1 | nt | Binary vector pYBA-1135, complete s... | 6557 bp | Binary vector pYBA-1135 | QL-ELE-00-013 | 84 bp | View |
| KF876800.1 | nt | Binary vector pYBA-1136, complete s... | 6557 bp | Binary vector pYBA-1136 | QL-ELE-00-013 | 84 bp | View |
| KF876801.1 | nt | Binary vector pYBA-1137, complete s... | 6542 bp | Binary vector pYBA-1137 | QL-ELE-00-013 | 84 bp | View |
| KF876802.1 | nt | Binary vector pYBA-1138, complete s... | 6557 bp | Binary vector pYBA-1138 | QL-ELE-00-013 | 84 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.