Ajuga decumbensmatR
matR1965 bpPV972819OpenDNA sequence record
C_AA059311matR · Perilla frutescens
FASTA sequence
Coordinates shown at the beginning and end of each 60-nucleotide line.
>C_AA059311|Perilla frutescens|matR
1ATGAAAGAGGCGATCAGAATGGTACTCGAATCCATTTACGATCCCGAGTTTCCAGACACA61TCGCACTTCCGCTCGGGTCGAGGCTGCCACTCGGTCCTAAGACGGATCAAAGAAGAGTGG121GGAACCTCTCGCTGGTTTTTGGAATTCGACATCAGGAAGTCTTTTCACACCATCGACCGA181CATCGACTCATCTCAATCTTTAAGGAAGAGATCGACGATCCCAAGTTCTTTTACTCCATT241CAAAAAGTCTTTTCCGCCGGACGACTCGTAGGAGGTGAGAAGGGCCCTTACTCCGTCCCA301CACAGTGTATTACTATCGGCCCTACCAGGCAACATCTACCTACACAAGCTCGATCAGGAC361ATAGGGAGGATCCGACAGAAGTACGAAATTCCGATTGTTCAGAGAATTAGATCGGTTCTA421TTAAGGACAGGTCGTATTGATGACCAAGAAAATTCTGGAGAAGAAGCAAGCTTCAACGCT481CCCCAAGACAACAGAGCCATCATTGTGGGGAGGGTAAAGAGCATCCAACGCAAAGCGGCC541TTTCATTCCCTTGTTTCGTCGTGGCACACCCCCCCCACAAGCACCCCCCGGCTCATGGGG601GACCAGAAAAGGCCTTTCGTTTTCCCCCCTTCGTCGGCCCTTGCCGCCTTCCTTAACAAA661CCCTCGAGCCTCCTTTGCGCCGCCTTCCTCATAGAAGCCGCCGGGTTGACCCCGAAGGCC721GAATTCTATGGTAGAGAACGCTGTAATAATAATTGGGCCATGAGAGACTTTTTTAAGTCT781TGCAAAAGAAAGCTGATAGAGCTGGGCGGGGAGGCGATACTAGTTATCAGGTCAGAGAGA841GGCCTGGCCCGTAAGCTGGCCCCCTTAAAAAGCTATTACAACATAAGGATTTGTTACGCG901CGATATGCCGACGACTTACTACTGGGAATCGTGGGTGCCGTAGAGCTTCTCATAGAAATA961CAAAAACGTATCAACCACTTCCTACAATCCGGCCTGAACCTTTGGGTAGACTCTGCAGGA1021TCAACAACAATAGCTGCACGGAGTACGGTAGAATTCCTCGGTACGGTCATTCGGGAAGTC1081CCTCCGAGGACGACTCCCATACAATTCTTGCGAGAGCTGGAGAAGCGTCTACGGGTAAAG1141CACCGTATCCATATAACTGCTTGCCACCTACGCTCGGCCATCCATTCCAAGCTTAAGAAC1201CTAGGTAATAGTATCCCGATCAAACCGCTGACGAAGGGGATGAGCGGAACAGGGAGTCTA1261CTGGACGCGGTTCAACTAACGGAGACTCTTGGAACAGCTGGAGTAAGAAGTCCCCAAGTG1321AGCGTATTATGGGGGACCATCAAGCACATCCGGCAAGGATCAAGGGGGATCTCGTTGTTG1381CATAGCTCAGGTCGGAGCAAGGTGCCATCGGACCAGGCAGTCTCACGATCGGGCACTCAT1441GCCCGGAAGTTGTCATTGTATACTCCCGCGGGTCGGAAGGCGGCGGGGGAAGGAGGGGGA1501CACTGGGCGAGATCTATCAGCAGCGAATTCCCCATACAAATGGAGGCGCCTATCAAAAAG1561ATACTCCGAAGGCTTCGGGATCGAGGTCTCATTAGCCGAAGAAGGCCCTGGCCAATCCAC1621GTGGCCTGCTTGACGAACGTCAGCGACGAAGACATCGTAAATTGGTCCGCGGGCATCGCG1681ATAAGTCCTCTGTCCTACTACAGGTGCCGCGACAACCTTTACCAAGTCCGAACAATTGTA1741GACCACCAGATCCGCTGGTCTGCAATATTCACCCCGGCCCACAAGCACAAATCCTCGGCG1801CGGAATATAATCCCAAAGTACTCCAAAGACTCAAATAGAGTCAATCAAGAAGGCGGTAAG1861ACCCTTGCAGAATTCCCCAACAGCATAGAGCTTGGGAAGCTCGGATCCGGTCAAGATCCG1921AAGAACAAGGAGCACTCAACTACTAGTCTAGTCTAG
ATGAAAGAGGCGATCAGAATGGTACTCGAATCCATTTACGATCCCGAGTTTCCAGACACATCGCACTTCCGCTCGGGTCGAGGCTGCCACTCGGTCCTAAGACGGATCAAAGAAGAGTGGGGAACCTCTCGCTGGTTTTTGGAATTCGACATCAGGAAGTCTTTTCACACCATCGACCGACATCGACTCATCTCAATCTTTAAGGAAGAGATCGACGATCCCAAGTTCTTTTACTCCATTCAAAAAGTCTTTTCCGCCGGACGACTCGTAGGAGGTGAGAAGGGCCCTTACTCCGTCCCACACAGTGTATTACTATCGGCCCTACCAGGCAACATCTACCTACACAAGCTCGATCAGGACATAGGGAGGATCCGACAGAAGTACGAAATTCCGATTGTTCAGAGAATTAGATCGGTTCTATTAAGGACAGGTCGTATTGATGACCAAGAAAATTCTGGAGAAGAAGCAAGCTTCAACGCTCCCCAAGACAACAGAGCCATCATTGTGGGGAGGGTAAAGAGCATCCAACGCAAAGCGGCCTTTCATTCCCTTGTTTCGTCGTGGCACACCCCCCCCACAAGCACCCCCCGGCTCATGGGGGACCAGAAAAGGCCTTTCGTTTTCCCCCCTTCGTCGGCCCTTGCCGCCTTCCTTAACAAACCCTCGAGCCTCCTTTGCGCCGCCTTCCTCATAGAAGCCGCCGGGTTGACCCCGAAGGCCGAATTCTATGGTAGAGAACGCTGTAATAATAATTGGGCCATGAGAGACTTTTTTAAGTCTTGCAAAAGAAAGCTGATAGAGCTGGGCGGGGAGGCGATACTAGTTATCAGGTCAGAGAGAGGCCTGGCCCGTAAGCTGGCCCCCTTAAAAAGCTATTACAACATAAGGATTTGTTACGCGCGATATGCCGACGACTTACTACTGGGAATCGTGGGTGCCGTAGAGCTTCTCATAGAAATACAAAAACGTATCAACCACTTCCTACAATCCGGCCTGAACCTTTGGGTAGACTCTGCAGGATCAACAACAATAGCTGCACGGAGTACGGTAGAATTCCTCGGTACGGTCATTCGGGAAGTCCCTCCGAGGACGACTCCCATACAATTCTTGCGAGAGCTGGAGAAGCGTCTACGGGTAAAGCACCGTATCCATATAACTGCTTGCCACCTACGCTCGGCCATCCATTCCAAGCTTAAGAACCTAGGTAATAGTATCCCGATCAAACCGCTGACGAAGGGGATGAGCGGAACAGGGAGTCTACTGGACGCGGTTCAACTAACGGAGACTCTTGGAACAGCTGGAGTAAGAAGTCCCCAAGTGAGCGTATTATGGGGGACCATCAAGCACATCCGGCAAGGATCAAGGGGGATCTCGTTGTTGCATAGCTCAGGTCGGAGCAAGGTGCCATCGGACCAGGCAGTCTCACGATCGGGCACTCATGCCCGGAAGTTGTCATTGTATACTCCCGCGGGTCGGAAGGCGGCGGGGGAAGGAGGGGGACACTGGGCGAGATCTATCAGCAGCGAATTCCCCATACAAATGGAGGCGCCTATCAAAAAGATACTCCGAAGGCTTCGGGATCGAGGTCTCATTAGCCGAAGAAGGCCCTGGCCAATCCACGTGGCCTGCTTGACGAACGTCAGCGACGAAGACATCGTAAATTGGTCCGCGGGCATCGCGATAAGTCCTCTGTCCTACTACAGGTGCCGCGACAACCTTTACCAAGTCCGAACAATTGTAGACCACCAGATCCGCTGGTCTGCAATATTCACCCCGGCCCACAAGCACAAATCCTCGGCGCGGAATATAATCCCAAAGTACTCCAAAGACTCAAATAGAGTCAATCAAGAAGGCGGTAAGACCCTTGCAGAATTCCCCAACAGCATAGAGCTTGGGAAGCTCGGATCCGGTCAAGATCCGAAGAACAAGGAGCACTCAACTACTAGTCTAGTCTAG
Copy exports the uninterrupted nucleotide string. FASTA headers retain accession, species and gene context.
Related species records
Other publication-safe DNA records for matR.