Ajuga decumbensycf1
ycf15295 bpMN814854OpenDNA sequence record
NC_084168ycf1 · Ajuga ovalifolia
FASTA sequence
Coordinates shown at the beginning and end of each 60-nucleotide line.
>NC_084168|Ajuga ovalifolia|ycf1
1ATGCGATCTCAAAGGCGTAAAATATTTATTTTCGAATTGTTTCAAGCAAATGTGCATTCC61CCCCTTTTTTTGGAAAGACTACAAAAAAGGACTCTTTTTTCTTTTGATATCTCCGGGTTG121ATTAAACTAATTTTTAGAAATTGGGTGAGTAAAGAAGAAGCATTCAAATTTGTAGAGTAT181ACAAAAGAACAAACAAAAAGAGAAGAAAAAAATGAAAAAGCACAAATAAAAATAGCAGAG241GCCTGGGGGAACATTCCATATGCGCAAGCAATAAGGGGTTGCATATTACTAACTCAATCT301ATTTTTAGAAAATATATTCTATTACCTTCATTCATAATTGCGAAAAATCTGGGACGTATA361TTGCTATTGCAACTTCCTGAATGGTCTGATGATTTTCAGGAATGGAATAAAGAGACCCAT421CTTAAATGTACCTATAACGGCGTTCCGTTGTCCGAAACAGAATTTCCTGAAAATTGGTTG481ACAGACGGTATTCAGATAAAAATATTATTTCCTTTCTGTCTGAAACCTTGGCACAAATTG541AAATTACGGTCCTATCAGAAAGATCTAATGAAAAATAAAAAAGAAGAAAAAGACGATTTT601TGTTTTTTAACAGTTTGGGGAATGGAAACTGAACTTCCTTTTGGTTCGCCCCAAAAACCA661CCTTCCTTTTTTAAACCCATTTTTAAAGAATTTGAAAAAAAAATTGGAAAATGTAAAAAG721AAGTATTTTCGAGTTCTAACAATTTCCAAAGGAAAAACAAAATTACTTCAAAAAGTTTCA781AAAGAAACAAAAAAATGGGTTATCAAAAATGTTATTTTTATAACAAAAATAATAAAAAAA841GTAAATCCAATTCTCTTATTTAGATTAAGAAAAGTACAAGTATATGAATCGAGCAAAATT901AAAGAAGAAAAAGATTCCATAATAAGTAATAAAATAATTCACGAATCGTTTAGTCAAATT961GAATCTCCGAGTTGGGCAAATTCTTCATTTCCAGAAAAAAAAATGAAGGATCTGACCGAT1021AGAACAAATACAATTCAAAATCAAATAAAAAGAATCACAAAAGAGAAAAAAAAAGTAACT1081CCAAGAATTAATCTTAGTCTTAACAAAACAAGTTATAATGTTAAAAGATTCAAAAAATGG1141CAAATATTAAAAAGAAGAAATGCTCGATTAATCTGTAAATTGCGATTTTTTTTGAAATTT1201TTCATTGAAAAAATATACACAGATATATTTTTATATATCATTAATATTCCCAGAAGAAAT1261ACAAAACTTTTTCTTGAATTAACAAAAAAAATTATTGACAAATCATCCATTTTCAATAAT1321GAAAGAAAAGAAGAAATAATTAATAAGAAAAAGAAAACTCCCATTCCGTTTCTTTCGACT1381CTAAAAAAGCCGCTTGATGATATTAGTAATATTAAAGCAATTTTTTATGAATTATCATAC1441GTGTCACAAGCATATGTATTTTACAAATTATCACAAATTCAAGTTAGTAACTCGTTAAAA1501TCTGTTATTCAACAATATCAAGGAATCCCCCCTTTTCTTAAGCCTAAAATAAAGGATTTT1561TTTGAAACACGAGGGAGGGTTCATTCAAAATTAACAGATAAGAAACTTTCGAATTATGAA1621ACGAATCAATGGAAAAACTGGTTAAGAGGACATTATCAATACCATTTATCTCAGACCAGA1681TGGTCTAGATTAATACCAGAAAAATGGAGAAATACAATTCATCCGCGTCGTATAGCTAAA1741AAGGAAAATTTCAGAAAATGGCGTTCATATGAAAAAGACCAATTAATTGATTCCAAAAAA1801CAATTTGAAGTACATTCATTATCTAATCAAAAAGATAATTTTCTAAAATACTATATATAT1861GATCTTTTATCATATAAATTTATTAATTATGAAAATAAAACGGAATGCTTTTTTTATAGA1921CCTCTCTTTCAAGGAAATAAGAACCAAGAAATTTCTTATAACACGCCTAAAGAAACCTTT1981TTTGATATACTGAGGAACATCCCCATTAAAAATGATCTAGGAAGGGTCGATATTCTATAT2041ATGGCAAACCCAACCGATAGAAAATTTTTTGATTGGAAAATTTTCCATTTTTATCTTAGG2101CAAAAAGTTGATATTGAGGCCTGGATCAGAATCGATACCAATAGGAATAAAAATACTCAA2161ATAATTTCTAAAAAAGATCTTTTTTATCTTATGATTCCAGAAATCAATCCACCAAATTTC2221TACAAAAGATTTTTTGATTGGATGGGAATGAATGACAAAATGCTAAAGCATTCCACATCG2281AATCTGGAACTTTGGTTCTTCCCAGAATTTGTGTTACTTTATAAGACATATAAAATGAAA2341CCTTGGTTTATACCAAGCAAATTACTTCTTTTAAATTTAAATAATAAAAAAATAAAGGAG2401AAAGGAAGTTTTTTGATAGCATTGAATAAAAAGCATCGAAATCAAGAAGAAAAAGAACCC2461ACAAATCGAGAAGATCAGAGATCCGTTCTATCACAACAAAAAAATATGGAAGAAAATTAT2521GCAATATCAGACGAGAAAAAGAAAAAACAATACAAAAGAAACACGGAAGCAGGACTAGAT2581TTCTTCCTGAAACGTTATTTGCTTTTTCAATTGAGATGGGATGAGACTTTGAATCAAAGA2641ATGGTCAATAATATCAGGGTATATTGTCTCCTGCTTAGACTGATCGATCCAAGAAAAATT2701ACTATATCCTCGATTCAAAAGAAACAAATACATTTGGATATAATGCTGATTCAGAAGAAT2761TTACCTCGTTCAGAATTGATGAAGAAGGGAGTATTGATTTTAGAACCCATTCGTCTGTCT2821GGAAAAACAGATGGACAATTTCTTATGTATCAAACCATAGGTATTTCGTTGGTTCATAAG2881AGTAAGTACCAAACGAATCAAAAATACCAAGAGCAGGGATATCTTTCTAACAATCATTTT2941GATGAAACTATTTCACCACGTCAGAGAATAGCCGGAAATAGAGACAAAAATGATTTTGAT3001TTACTTGTTCCTGAAAATATTTTATCATTTAGATGTCGTAGAAAATTGAGAATTCTAATT3061TGTTTCAATTCAAAGAATAGAAATTATAGAGATAGAAATCCCGTATTTTGGAACAGAAAG3121AACGTAAAAAATCGCAGCCCAGCTTTACATGCCAATAACCATCTTGATAGAGAGAAAAAT3181CAATTAATGAAATTAAAGCTCTTTCTTTGGCCTAATTATCGATTCGAAGATTTAGCTTGT3241ATGAATCGTTATTGGTTTGATACCAATAATGGCAGTCGTTTCAATATGTTAAGGATACAT3301CTGTACCCACGATTTAAAATTTGTAGATAA
ATGCGATCTCAAAGGCGTAAAATATTTATTTTCGAATTGTTTCAAGCAAATGTGCATTCCCCCCTTTTTTTGGAAAGACTACAAAAAAGGACTCTTTTTTCTTTTGATATCTCCGGGTTGATTAAACTAATTTTTAGAAATTGGGTGAGTAAAGAAGAAGCATTCAAATTTGTAGAGTATACAAAAGAACAAACAAAAAGAGAAGAAAAAAATGAAAAAGCACAAATAAAAATAGCAGAGGCCTGGGGGAACATTCCATATGCGCAAGCAATAAGGGGTTGCATATTACTAACTCAATCTATTTTTAGAAAATATATTCTATTACCTTCATTCATAATTGCGAAAAATCTGGGACGTATATTGCTATTGCAACTTCCTGAATGGTCTGATGATTTTCAGGAATGGAATAAAGAGACCCATCTTAAATGTACCTATAACGGCGTTCCGTTGTCCGAAACAGAATTTCCTGAAAATTGGTTGACAGACGGTATTCAGATAAAAATATTATTTCCTTTCTGTCTGAAACCTTGGCACAAATTGAAATTACGGTCCTATCAGAAAGATCTAATGAAAAATAAAAAAGAAGAAAAAGACGATTTTTGTTTTTTAACAGTTTGGGGAATGGAAACTGAACTTCCTTTTGGTTCGCCCCAAAAACCACCTTCCTTTTTTAAACCCATTTTTAAAGAATTTGAAAAAAAAATTGGAAAATGTAAAAAGAAGTATTTTCGAGTTCTAACAATTTCCAAAGGAAAAACAAAATTACTTCAAAAAGTTTCAAAAGAAACAAAAAAATGGGTTATCAAAAATGTTATTTTTATAACAAAAATAATAAAAAAAGTAAATCCAATTCTCTTATTTAGATTAAGAAAAGTACAAGTATATGAATCGAGCAAAATTAAAGAAGAAAAAGATTCCATAATAAGTAATAAAATAATTCACGAATCGTTTAGTCAAATTGAATCTCCGAGTTGGGCAAATTCTTCATTTCCAGAAAAAAAAATGAAGGATCTGACCGATAGAACAAATACAATTCAAAATCAAATAAAAAGAATCACAAAAGAGAAAAAAAAAGTAACTCCAAGAATTAATCTTAGTCTTAACAAAACAAGTTATAATGTTAAAAGATTCAAAAAATGGCAAATATTAAAAAGAAGAAATGCTCGATTAATCTGTAAATTGCGATTTTTTTTGAAATTTTTCATTGAAAAAATATACACAGATATATTTTTATATATCATTAATATTCCCAGAAGAAATACAAAACTTTTTCTTGAATTAACAAAAAAAATTATTGACAAATCATCCATTTTCAATAATGAAAGAAAAGAAGAAATAATTAATAAGAAAAAGAAAACTCCCATTCCGTTTCTTTCGACTCTAAAAAAGCCGCTTGATGATATTAGTAATATTAAAGCAATTTTTTATGAATTATCATACGTGTCACAAGCATATGTATTTTACAAATTATCACAAATTCAAGTTAGTAACTCGTTAAAATCTGTTATTCAACAATATCAAGGAATCCCCCCTTTTCTTAAGCCTAAAATAAAGGATTTTTTTGAAACACGAGGGAGGGTTCATTCAAAATTAACAGATAAGAAACTTTCGAATTATGAAACGAATCAATGGAAAAACTGGTTAAGAGGACATTATCAATACCATTTATCTCAGACCAGATGGTCTAGATTAATACCAGAAAAATGGAGAAATACAATTCATCCGCGTCGTATAGCTAAAAAGGAAAATTTCAGAAAATGGCGTTCATATGAAAAAGACCAATTAATTGATTCCAAAAAACAATTTGAAGTACATTCATTATCTAATCAAAAAGATAATTTTCTAAAATACTATATATATGATCTTTTATCATATAAATTTATTAATTATGAAAATAAAACGGAATGCTTTTTTTATAGACCTCTCTTTCAAGGAAATAAGAACCAAGAAATTTCTTATAACACGCCTAAAGAAACCTTTTTTGATATACTGAGGAACATCCCCATTAAAAATGATCTAGGAAGGGTCGATATTCTATATATGGCAAACCCAACCGATAGAAAATTTTTTGATTGGAAAATTTTCCATTTTTATCTTAGGCAAAAAGTTGATATTGAGGCCTGGATCAGAATCGATACCAATAGGAATAAAAATACTCAAATAATTTCTAAAAAAGATCTTTTTTATCTTATGATTCCAGAAATCAATCCACCAAATTTCTACAAAAGATTTTTTGATTGGATGGGAATGAATGACAAAATGCTAAAGCATTCCACATCGAATCTGGAACTTTGGTTCTTCCCAGAATTTGTGTTACTTTATAAGACATATAAAATGAAACCTTGGTTTATACCAAGCAAATTACTTCTTTTAAATTTAAATAATAAAAAAATAAAGGAGAAAGGAAGTTTTTTGATAGCATTGAATAAAAAGCATCGAAATCAAGAAGAAAAAGAACCCACAAATCGAGAAGATCAGAGATCCGTTCTATCACAACAAAAAAATATGGAAGAAAATTATGCAATATCAGACGAGAAAAAGAAAAAACAATACAAAAGAAACACGGAAGCAGGACTAGATTTCTTCCTGAAACGTTATTTGCTTTTTCAATTGAGATGGGATGAGACTTTGAATCAAAGAATGGTCAATAATATCAGGGTATATTGTCTCCTGCTTAGACTGATCGATCCAAGAAAAATTACTATATCCTCGATTCAAAAGAAACAAATACATTTGGATATAATGCTGATTCAGAAGAATTTACCTCGTTCAGAATTGATGAAGAAGGGAGTATTGATTTTAGAACCCATTCGTCTGTCTGGAAAAACAGATGGACAATTTCTTATGTATCAAACCATAGGTATTTCGTTGGTTCATAAGAGTAAGTACCAAACGAATCAAAAATACCAAGAGCAGGGATATCTTTCTAACAATCATTTTGATGAAACTATTTCACCACGTCAGAGAATAGCCGGAAATAGAGACAAAAATGATTTTGATTTACTTGTTCCTGAAAATATTTTATCATTTAGATGTCGTAGAAAATTGAGAATTCTAATTTGTTTCAATTCAAAGAATAGAAATTATAGAGATAGAAATCCCGTATTTTGGAACAGAAAGAACGTAAAAAATCGCAGCCCAGCTTTACATGCCAATAACCATCTTGATAGAGAGAAAAATCAATTAATGAAATTAAAGCTCTTTCTTTGGCCTAATTATCGATTCGAAGATTTAGCTTGTATGAATCGTTATTGGTTTGATACCAATAATGGCAGTCGTTTCAATATGTTAAGGATACATCTGTACCCACGATTTAAAATTTGTAGATAA
Copy exports the uninterrupted nucleotide string. FASTA headers retain accession, species and gene context.
Related species records
Other publication-safe DNA records for ycf1.
Mosla chinensisycf1
ycf15667 bpPZ101788OpenPZ101794OpenNC_061322OpenNC_027262OpenNC_020431OpenNC_030755OpenOcimum basilicumycf1
ycf15538 bpNC_035143Open