Amplicon finder

1) Select detection method(s) *

Note: if more than one method is selected, only records that produce amplicons with all those methods will be shown
Event-specific
Construct-specific
Element-specific
Taxon-specific

2) Optionally select also negative method(s)

Note: If you select methods here, records that produce amplicons with any of those methods will be removed

3) Select database(s) *

 nt GenBank nt section (NCBI)
 emblreltgn ENA transgenic data class division (EMBL-EBI)
 emblrelpat ENA patent data class division (EMBL-EBI)
 nrnl1 Non-redundant patent nucleotide database level-1 (EMBL-EBI)

4) Select the maximum number of gaps/mismatches

Gaps:
Mismatches:
* required field


Results : 1055 amplicons

Restrict to taxon(s):

Too many unique records to show the Unique Records page (max: 500)


Record ID Database Record description Record length Taxon Method Amplicon size Match details
MP656725.1 emblrelpat Sequence 170 from Patent WO2020089489. 17605 bp synthetic construct QL-ELE-00-024 87 bp View
MP656726.1 emblrelpat Sequence 171 from Patent WO2020089489. 17605 bp synthetic construct QL-ELE-00-024 87 bp View
MP761920.1 emblrelpat Sequence 83 from Patent WO2020169178. 3706 bp synthetic construct QL-ELE-00-024 87 bp View
MP831638.1 emblrelpat Sequence 52 from Patent EP3737766. 642 bp synthetic construct QL-ELE-00-024 87 bp View
MP955614.1 emblrelpat Sequence 83 from Patent EP3696188. 3706 bp synthetic construct QL-ELE-00-024 87 bp View
MQ230438.1 emblrelpat Sequence 4 from Patent WO2021188526. 297 bp Pisum sativum QL-ELE-00-024 87 bp View
MS835735.1 emblrelpat Sequence 97 from Patent EP3112465. 15971 bp synthetic construct QL-ELE-00-024 87 bp View
MS835736.1 emblrelpat Sequence 98 from Patent EP3112465. 15620 bp synthetic construct QL-ELE-00-024 87 bp View
MS835737.1 emblrelpat Sequence 99 from Patent EP3112465. 15665 bp synthetic construct QL-ELE-00-024 87 bp View
MS835738.1 emblrelpat Sequence 100 from Patent EP3112465. 15339 bp synthetic construct QL-ELE-00-024 87 bp View
MS836201.1 emblrelpat Sequence 33 from Patent EP3121283. 568 bp Pisum sativum QL-ELE-00-024 87 bp View
MS836207.1 emblrelpat Sequence 39 from Patent EP3121283. 24356 bp synthetic construct QL-ELE-00-024 87 bp View
MS836208.1 emblrelpat Sequence 40 from Patent EP3121283. 27539 bp synthetic construct QL-ELE-00-024 87 bp View
MS836314.1 emblrelpat Sequence 146 from Patent EP3121283. 26802 bp synthetic construct QL-ELE-00-024 87 bp View
MS932053.1 emblrelpat Sequence 33 from Patent EP3178937. 568 bp Pisum sativum QL-ELE-00-024 87 bp View
MS932059.1 emblrelpat Sequence 39 from Patent EP3178937. 24356 bp synthetic construct QL-ELE-00-024 87 bp View
MS932060.1 emblrelpat Sequence 40 from Patent EP3178937. 27539 bp synthetic construct QL-ELE-00-024 87 bp View
MS932166.1 emblrelpat Sequence 146 from Patent EP3178937. 26802 bp synthetic construct QL-ELE-00-024 87 bp View
MV358763.1 emblrelpat Sequence 94616 from patent US 10696975. 8504 bp unidentified QL-ELE-00-024 87 bp View
MV593175.1 emblrelpat Sequence 9 from patent US 10738320. 6466 bp unidentified QL-ELE-00-024 87 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.