Ajuga decumbensycf1
ycf15295 bpMN814854OpenDNA sequence record
NC_061379ycf1 · Premna puberula
FASTA sequence
Coordinates shown at the beginning and end of each 60-nucleotide line.
>NC_061379|Premna puberula|ycf1
1ATGAAGGGGACTAAACAGGAACAAGAGGGATCCACCGAAGAAGATCCTCCTCCTTCCTTT61TTTTCGGAAGAAAAGGCGGATCCGAACAAAATCGATGAAACGGAAGAAATCCGAGTGGAT121GGAAGGGAAAATGAATTCCACTTTCGATTTACAGAGACAGGCTATAAAAATAGACCCGTT181TTTGAAGAGTCTTATCTAATGAATATCAATGAAAATCAGGATAATTCAAGATTCAAAAAC241TATTTTGATGAAAAAACTGAAAATAAAAAAGACCCCCTATTCTTTGACAAACCTCTTGTA301ACTCTTCTTTTTGATTCGAAGCGGTGGAATCGACCATTTCGCTACATAAAAAATAATCAA361TTTGGCAAAGCTGTTAGAAAAGAAATGTCACAATATTTTTTTGAAATATGTCAAAGTGAT421GGAAAAGAAAGAATCTCTTTTACATATCCCCCTAGTTTATCAATTTTTTTGGAAATGATA481AAAAGAAGAATACCCGCACCTAGACTCGAAGAATTTTCATTTAATGAACTGTACAACCCT541TGGGTTTATACCAACAGACAAAAGGGAAAAAGCTTCAACAACGAATTTTTAAATCGAATT601AAAGCTCTAGATAAAGAAGATATTTCTTTGAATATATTCGAAACAAGGACTCGGTTGTGT661AATGACGATTCTCCAAAAGAATACTTATCCAAAAGCTATGATCCTTTGTTGAATGGATCA721TATCGTAAAACAATCTACAAAAACCTTTCGCCTTCAACCCTAAAAAAACTTTTGATAGAA781AATTTCATAGAAAAATTTGGGATAAATCGGATTCATGGTCTACTTCTTCCAGATGCTGAT841TATCAAGAGTTTGAACAGAAAATTAATAGATTTGATAAAAAACCATTATCAACAGGAATT901GTTGATTTTTTAACTTTAATCTCTAAATTTGTTAGAGAATCGGGATCCACCAATCTAAAT961CCAAAGGGTCTTTCAGAAGGAAGAATAGATTCCAAAAAAGGAACAAAATATTTTAACTAT1021TTATTAACTAAAATTGTAACTGATGTTAATGGGCAAAAAATTAGCCGAAAATCGATTCGA1081ATAAAAGAAATCAGTAAAAAAATTCCTCGATGGTCATACAAATTAATCACCGATTTAGAA1141CAACAATCAGGAGAATATCAAGAAGACGTACCAATAGATCATCAAATTCGTTCAAGAAAA1201GGCAAACGTGTAGTAATTTTTACTGCTAACAAAGAGAATACTGATCCTAATACTACGGAT1261ACTAATATGCCCGACCAAATAGAGGAAATGGCTTTGATACGCTATTCACAACAATCAGAC1321TTTCGGCGCGGTATAATCAAAGGTTCTATGCGAGCTCAAAGGCGCAAAATAGTTATTTTA1381GAATTGTTTCAAGCAAATGTATATTCTCCTCTTTTTTTGGAGAGACTACAAAAACCCCCT1441CTTTTTTCTTTTGATATCTCTGGGTTGATTAAACTAATTTTTAGAAATTGTGTGGGTAAA1501GGGAAAGCATTCAAGATTGTAGAGTATACAAAAGAACAAACAAAAAGAGAAGAAAAGAAA1561GAAAAGAACAAAAGAAAGGAAAAAGCACGAATAGAGATAGCAGAGGCCTGGGATAGCATT1621CCCTTTGCGCAAGTAATAAGAGGTTGCATGTTACTAACTCAATCTATTTTTAGAAAATAT1681ATTCTATTACCTTCATTCATAATTGCGAAAAATATTGGACGTATATTCCTACTGCAACTT1741CCTGAGTGGTCTGAGGATTTACAGGAATGGAATAGAGAGATCCATCTTAAATGTACCTAT1801AACGGCGTTCCATTATCCGAAACAGAATTTCCAAAAAATTGGTTAACAGATGGTATTCAG1861ATAAAAATCTTATTTCCTTTCTGCCTGAAACCTTGGCACAAATCAAAACTACGATCCTCT1921CAGAAAAATCTAATGAAAAAGAAAAAAAAAAAAGAAGAAGATGATTTTTGTTTTTTAACA1981GTTTGGGGAATGGAAACTGAACTTCCTTTTGGTTCGCCCCGAAAACGACCTTCCTTTTTT2041AAACCCATTTTTAAGGAATTCAAAAAAAAAATAGGAAAATCTAAAAAGAAGTATTTTCGA2101GTTCAAACAGTTTTCAAAGGAAAAACCAAATTACTTCAAAAAGTTTCAAAAGAAACAAAA2161AAATGGGTTATCAAAAGTGTTCTTTTTATAAAAAGAATAATAAAAGAACTTTCAAAAGTA2221AATCCAATTCTATTATTTAAATTAAGAGAAGTAGAAGTATATGAATCAAGCGAAATTAAA2281GAAGAAAAAGATCCCATATTAAGCAATCAGATAATTCACAAATCATTTAGTCAACTTGCA2341TCTCCGAGTTGGACAACTTCTTCATTGACAGAATCATTGACAGAAAAAGAAAAAAAAATA2401AAGGATATGACTGATAGAATAAGTACAATTCAAAATCAAATAGAAAGAATCACAAAAGAG2461AAAAAAAAAGTAACTCCAAGAATAAATAATCTTAGTCCTAACAAAACAAGTTATAATGCT2521AAAAAATTTGAAAAAGGGGAAAGAGGAAATGTTCAAAGAGGAAATGCTCAATTAATCTGT2581AAATTACCCCCCTTTTTCAAATTTTTCATTGAAAAAATATACACAGATATTTTTTTATCT2641ATTATTAATATTCCCAGAATAAATACAGAACTTTTTCTTGAATTAACAAAAAAGATTATT2701GATAAATCCATTTACAATAATGAAAGAAAACAAGAAAAACAAGAAAGAATTAATAAAAAA2761AAGAAAACTCCAATTCCGTTTATTTTGACTATAAAAAAGTCGCTCGGTAATATTAGTAAT2821ATTAAAGCAAATTCACATATTTTTTATGACTTATCCTACGTGTCACAAGCATATGTATTT2881TACAAATTATCACAAATCCAAGTTAGTAACTCGTTAAGATCTGTTGTTCAATATCGAGGA2941ATCCCTTTTTTTCTTAAGCCTAAAATAAAGGATTCTTTTGAAACACAAGGAATGTTTCAT3001TTGAAATTAGCAGATAAGAAACTTCCGAGTTATGAAATAAATCACTGGAAAAACTGGTTA3061AGAGGACAGTGTCAATACCATTTTTTGCAGATCAAATGGTCTAGATTAATACCAGAAAAA3121TGGCGAAATACAGTTCATCCGCGCCGTATAGCTAAAAAGGAAAATTTAAGCAAATGGCAT3181TCAGATGAAAAAGACCAATTAATTGATTCCAAAAAACAATTTGAAGTATATTCATTATCT3241AATCAACAAGATAATTTTTTAAAATACTATAGATATGATCTTTTATCATATAAATTGATT3301AATTATGAAAATCAAATGGAATGCTTTTTTTATAGATCTCCCCTTCGAGGAAATAAGAAC3361CAAGAGATTTCTTATAACACGCCTAAAGAAACCCTTTTTGATATGCCTAGGAATATCCCT3421ATTAAAAATGATCTAGGAAAGGTCCATATTCTATATATGAAAAACCCGGCCGATAGAAAA3481TATTTTGATTGGAAAATTTTCAATTTTTATCTTAGACAAAAAGCCGATATTGAGGCCTGG3541ATCATAATCGATACCAATAGGAATCAAAATACTCAAATTCGTATTAATAATTCTCAAATA3601ATTTCTAAAAAAGATCTTTTTTATCTTATGATTCCAGAAATCAATCTACCAAACTCCCAC3661AAAGGATTTTTTGATTGGATGGGAATGAATGAAAAAATGCTAAAGCATCCCATATCAAAT3721CTGGAACTTTGGTTCTTCCCAGAATTTGTCTTACTTTATAAGACATATAAAATGAAACCT3781TGGTTTATACCAAGTAAATTACTTCTTTTTAATTTAAATAGAAGTCAAAATAAAAAGATC3841AATGAAAGGGGAAGTTTTTTGGTAGCATCAAATAAAAAGCATCGAAATCAAGAAGAAAGA3901GAACCCACAAGCAGAATAGATCGGAGATCCCTCCTCTCACAACAAAAAGATATTGATGAA3961AATTATGCAAGATCGGACATGAAAAGGGGGAAAAAGAAAAAACAATACAAAAGCAATGCG4021GAAGCAGAATTAGATTTCTTCCTGAAATGTTATTTTCTTTTTCAATTGCGATGGGATGAA4081ACTTTGAATCAAAGAATGATCAATAATATCAAGGTATATTGTCTCCTGCTTAGACTGATA4141GATCCAAGAAAAATTACTATATCCTCTATTGAAAAGAGAGAAATGAGTTTGGATATAATG4201CTGATTCAGAAGAATTTAACTCTTTCAGAATTGATGAAGAAGGGAGTATTGATTCTAGAA4261CCCATTCGCCTGTCTGGAAAAAAAAATGGGCAATTTATTATGTATCAAACCATAGGCATT4321TCGTTGGTTCATAAGAGTAAGCATCAAACTAATCAAAAATGCCAAGAGCAAAGATATGTT4381TCTAAGAATAATTTGGATGAAACTATTTTACCACAGCAAAGAATAACTCAAAATAGTGAC4441AAAAATCATTTTGATTTACTTGTTCCTGAAAATATTTTATCGTTTAGGCGTCGTAGAAAA4501TTGAGAATTCTAATTTGTTTCAATTCAAAGAATCAAAATTATAGAGATCAAAATCCGTTA4561TTTTGGAACGGAAAGAGCGTAAAAAACAGCAGCCAAGTTTCACATGACAATAACCATCTT4621GATAGAGAGAAAAATCAATTAATGAAATTAAAGCTCTTTCTTTGGCCTAATTATCGATTA4681GAAGATTTAGCTTGCATGAATCGTTATTGGTTTGATACCAATAATGGCAGTCGTTTCGGC4741ATGTTAAGGATACAGATGTATCCACGATTGCAAATTCGTGGATAA
ATGAAGGGGACTAAACAGGAACAAGAGGGATCCACCGAAGAAGATCCTCCTCCTTCCTTTTTTTCGGAAGAAAAGGCGGATCCGAACAAAATCGATGAAACGGAAGAAATCCGAGTGGATGGAAGGGAAAATGAATTCCACTTTCGATTTACAGAGACAGGCTATAAAAATAGACCCGTTTTTGAAGAGTCTTATCTAATGAATATCAATGAAAATCAGGATAATTCAAGATTCAAAAACTATTTTGATGAAAAAACTGAAAATAAAAAAGACCCCCTATTCTTTGACAAACCTCTTGTAACTCTTCTTTTTGATTCGAAGCGGTGGAATCGACCATTTCGCTACATAAAAAATAATCAATTTGGCAAAGCTGTTAGAAAAGAAATGTCACAATATTTTTTTGAAATATGTCAAAGTGATGGAAAAGAAAGAATCTCTTTTACATATCCCCCTAGTTTATCAATTTTTTTGGAAATGATAAAAAGAAGAATACCCGCACCTAGACTCGAAGAATTTTCATTTAATGAACTGTACAACCCTTGGGTTTATACCAACAGACAAAAGGGAAAAAGCTTCAACAACGAATTTTTAAATCGAATTAAAGCTCTAGATAAAGAAGATATTTCTTTGAATATATTCGAAACAAGGACTCGGTTGTGTAATGACGATTCTCCAAAAGAATACTTATCCAAAAGCTATGATCCTTTGTTGAATGGATCATATCGTAAAACAATCTACAAAAACCTTTCGCCTTCAACCCTAAAAAAACTTTTGATAGAAAATTTCATAGAAAAATTTGGGATAAATCGGATTCATGGTCTACTTCTTCCAGATGCTGATTATCAAGAGTTTGAACAGAAAATTAATAGATTTGATAAAAAACCATTATCAACAGGAATTGTTGATTTTTTAACTTTAATCTCTAAATTTGTTAGAGAATCGGGATCCACCAATCTAAATCCAAAGGGTCTTTCAGAAGGAAGAATAGATTCCAAAAAAGGAACAAAATATTTTAACTATTTATTAACTAAAATTGTAACTGATGTTAATGGGCAAAAAATTAGCCGAAAATCGATTCGAATAAAAGAAATCAGTAAAAAAATTCCTCGATGGTCATACAAATTAATCACCGATTTAGAACAACAATCAGGAGAATATCAAGAAGACGTACCAATAGATCATCAAATTCGTTCAAGAAAAGGCAAACGTGTAGTAATTTTTACTGCTAACAAAGAGAATACTGATCCTAATACTACGGATACTAATATGCCCGACCAAATAGAGGAAATGGCTTTGATACGCTATTCACAACAATCAGACTTTCGGCGCGGTATAATCAAAGGTTCTATGCGAGCTCAAAGGCGCAAAATAGTTATTTTAGAATTGTTTCAAGCAAATGTATATTCTCCTCTTTTTTTGGAGAGACTACAAAAACCCCCTCTTTTTTCTTTTGATATCTCTGGGTTGATTAAACTAATTTTTAGAAATTGTGTGGGTAAAGGGAAAGCATTCAAGATTGTAGAGTATACAAAAGAACAAACAAAAAGAGAAGAAAAGAAAGAAAAGAACAAAAGAAAGGAAAAAGCACGAATAGAGATAGCAGAGGCCTGGGATAGCATTCCCTTTGCGCAAGTAATAAGAGGTTGCATGTTACTAACTCAATCTATTTTTAGAAAATATATTCTATTACCTTCATTCATAATTGCGAAAAATATTGGACGTATATTCCTACTGCAACTTCCTGAGTGGTCTGAGGATTTACAGGAATGGAATAGAGAGATCCATCTTAAATGTACCTATAACGGCGTTCCATTATCCGAAACAGAATTTCCAAAAAATTGGTTAACAGATGGTATTCAGATAAAAATCTTATTTCCTTTCTGCCTGAAACCTTGGCACAAATCAAAACTACGATCCTCTCAGAAAAATCTAATGAAAAAGAAAAAAAAAAAAGAAGAAGATGATTTTTGTTTTTTAACAGTTTGGGGAATGGAAACTGAACTTCCTTTTGGTTCGCCCCGAAAACGACCTTCCTTTTTTAAACCCATTTTTAAGGAATTCAAAAAAAAAATAGGAAAATCTAAAAAGAAGTATTTTCGAGTTCAAACAGTTTTCAAAGGAAAAACCAAATTACTTCAAAAAGTTTCAAAAGAAACAAAAAAATGGGTTATCAAAAGTGTTCTTTTTATAAAAAGAATAATAAAAGAACTTTCAAAAGTAAATCCAATTCTATTATTTAAATTAAGAGAAGTAGAAGTATATGAATCAAGCGAAATTAAAGAAGAAAAAGATCCCATATTAAGCAATCAGATAATTCACAAATCATTTAGTCAACTTGCATCTCCGAGTTGGACAACTTCTTCATTGACAGAATCATTGACAGAAAAAGAAAAAAAAATAAAGGATATGACTGATAGAATAAGTACAATTCAAAATCAAATAGAAAGAATCACAAAAGAGAAAAAAAAAGTAACTCCAAGAATAAATAATCTTAGTCCTAACAAAACAAGTTATAATGCTAAAAAATTTGAAAAAGGGGAAAGAGGAAATGTTCAAAGAGGAAATGCTCAATTAATCTGTAAATTACCCCCCTTTTTCAAATTTTTCATTGAAAAAATATACACAGATATTTTTTTATCTATTATTAATATTCCCAGAATAAATACAGAACTTTTTCTTGAATTAACAAAAAAGATTATTGATAAATCCATTTACAATAATGAAAGAAAACAAGAAAAACAAGAAAGAATTAATAAAAAAAAGAAAACTCCAATTCCGTTTATTTTGACTATAAAAAAGTCGCTCGGTAATATTAGTAATATTAAAGCAAATTCACATATTTTTTATGACTTATCCTACGTGTCACAAGCATATGTATTTTACAAATTATCACAAATCCAAGTTAGTAACTCGTTAAGATCTGTTGTTCAATATCGAGGAATCCCTTTTTTTCTTAAGCCTAAAATAAAGGATTCTTTTGAAACACAAGGAATGTTTCATTTGAAATTAGCAGATAAGAAACTTCCGAGTTATGAAATAAATCACTGGAAAAACTGGTTAAGAGGACAGTGTCAATACCATTTTTTGCAGATCAAATGGTCTAGATTAATACCAGAAAAATGGCGAAATACAGTTCATCCGCGCCGTATAGCTAAAAAGGAAAATTTAAGCAAATGGCATTCAGATGAAAAAGACCAATTAATTGATTCCAAAAAACAATTTGAAGTATATTCATTATCTAATCAACAAGATAATTTTTTAAAATACTATAGATATGATCTTTTATCATATAAATTGATTAATTATGAAAATCAAATGGAATGCTTTTTTTATAGATCTCCCCTTCGAGGAAATAAGAACCAAGAGATTTCTTATAACACGCCTAAAGAAACCCTTTTTGATATGCCTAGGAATATCCCTATTAAAAATGATCTAGGAAAGGTCCATATTCTATATATGAAAAACCCGGCCGATAGAAAATATTTTGATTGGAAAATTTTCAATTTTTATCTTAGACAAAAAGCCGATATTGAGGCCTGGATCATAATCGATACCAATAGGAATCAAAATACTCAAATTCGTATTAATAATTCTCAAATAATTTCTAAAAAAGATCTTTTTTATCTTATGATTCCAGAAATCAATCTACCAAACTCCCACAAAGGATTTTTTGATTGGATGGGAATGAATGAAAAAATGCTAAAGCATCCCATATCAAATCTGGAACTTTGGTTCTTCCCAGAATTTGTCTTACTTTATAAGACATATAAAATGAAACCTTGGTTTATACCAAGTAAATTACTTCTTTTTAATTTAAATAGAAGTCAAAATAAAAAGATCAATGAAAGGGGAAGTTTTTTGGTAGCATCAAATAAAAAGCATCGAAATCAAGAAGAAAGAGAACCCACAAGCAGAATAGATCGGAGATCCCTCCTCTCACAACAAAAAGATATTGATGAAAATTATGCAAGATCGGACATGAAAAGGGGGAAAAAGAAAAAACAATACAAAAGCAATGCGGAAGCAGAATTAGATTTCTTCCTGAAATGTTATTTTCTTTTTCAATTGCGATGGGATGAAACTTTGAATCAAAGAATGATCAATAATATCAAGGTATATTGTCTCCTGCTTAGACTGATAGATCCAAGAAAAATTACTATATCCTCTATTGAAAAGAGAGAAATGAGTTTGGATATAATGCTGATTCAGAAGAATTTAACTCTTTCAGAATTGATGAAGAAGGGAGTATTGATTCTAGAACCCATTCGCCTGTCTGGAAAAAAAAATGGGCAATTTATTATGTATCAAACCATAGGCATTTCGTTGGTTCATAAGAGTAAGCATCAAACTAATCAAAAATGCCAAGAGCAAAGATATGTTTCTAAGAATAATTTGGATGAAACTATTTTACCACAGCAAAGAATAACTCAAAATAGTGACAAAAATCATTTTGATTTACTTGTTCCTGAAAATATTTTATCGTTTAGGCGTCGTAGAAAATTGAGAATTCTAATTTGTTTCAATTCAAAGAATCAAAATTATAGAGATCAAAATCCGTTATTTTGGAACGGAAAGAGCGTAAAAAACAGCAGCCAAGTTTCACATGACAATAACCATCTTGATAGAGAGAAAAATCAATTAATGAAATTAAAGCTCTTTCTTTGGCCTAATTATCGATTAGAAGATTTAGCTTGCATGAATCGTTATTGGTTTGATACCAATAATGGCAGTCGTTTCGGCATGTTAAGGATACAGATGTATCCACGATTGCAAATTCGTGGATAA
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