Amplicon details |
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Amplicon: |
136 bp | |
1 tatccttcgc aagacccttc ctctatataa ggaagttcat ttcatttgga 51 gaggacacgc tgaaatcacc agtctctctc tataaatcta tctctctctc 101 tataaccatg gacccagaac gacgcccggc cgacat |
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| Record ID | Database | Record description | Record length | Taxon | Method | Amplicon size | Match details |
|---|---|---|---|---|---|---|---|
| MS790126.1 | emblrelpat | Sequence 11 from Patent WO2017025282. | 5187 bp | synthetic construct | QL-CON-00-015 | 136 bp | View |
| DI366711.1 | emblrelpat | KR 1020130083495-A/10: METHODS FOR ... | 3900 bp | synthetic construct | QL-CON-00-015 | 136 bp | View |
| DI366712.1 | emblrelpat | KR 1020130083495-A/11: METHODS FOR ... | 4680 bp | synthetic construct | QL-CON-00-015 | 136 bp | View |
| DI366714.1 | emblrelpat | KR 1020130083495-A/13: METHODS FOR ... | 5606 bp | synthetic construct | QL-CON-00-015 | 136 bp | View |
| DJ029511.1 | emblrelpat | GENETIC TRANSFORMATION USING A PARP... | 6291 bp | synthetic construct | QL-CON-00-015 | 136 bp | View |
| FB513662.1 | emblrelpat | Sequence 13 from Patent EP1862473. | 8692 bp | synthetic construct | QL-CON-00-015 | 136 bp | View |
| HC004347.1 | emblrelpat | Sequence 2 from Patent WO2009109315. | 6464 bp | synthetic construct | QL-CON-00-015 | 136 bp | View |
| MV982814.1 | emblrelpat | Sequence 11 from patent US 10844390. | 5187 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| A71440.1 | emblrelpat | Sequence 10 from Patent WO9810081. | 5611 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| AR007527.1 | emblrelpat | Sequence 17 from patent US 5750867. | 4808 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| AR084093.1 | emblrelpat | Sequence 17 from patent US 5977433. | 4808 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| AR098308.1 | emblrelpat | Sequence 2 from patent US 6074876. | 6548 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| AR098310.1 | emblrelpat | Sequence 4 from patent US 6074876. | 6291 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| AR207481.1 | emblrelpat | Sequence 1 from patent US 6372963. | 2345 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| AR564468.1 | emblrelpat | Sequence 10 from patent US 6759575. | 5611 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| AR606327.1 | emblrelpat | Sequence 7 from patent US 6818807. | 4182 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| EA122699.1 | emblrelpat | Sequence 13 from patent US 7205454. | 8692 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| GP466830.1 | emblrelpat | Sequence 12 from patent US 7554005. | 8514 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| GP466831.1 | emblrelpat | Sequence 13 from patent US 7554005. | 8692 bp | unidentified | QL-CON-00-015 | 136 bp | View |
| NRN_CS479313 | nrnl1 | Sequence 10 from Patent WO200613635... | 3900 bp | unidentified | QL-CON-00-015 | 136 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.