Ajuga decumbensycf1
ycf15295 bpMN814854OpenDNA sequence record
PQ059189ycf1 · Scutellaria scordiifolia var. puberula
FASTA sequence
Coordinates shown at the beginning and end of each 60-nucleotide line.
>PQ059189|Scutellaria scordiifolia var. puberula|ycf1
1ATGCCTCATTTCAGAGGGAACCTCAAAGTGGCTCTATTTCATTATATTCCACCTATATCC61CAATTCCATTCATTTAATACCCCCTTTGGTGTCATTGACATAACAGATGTCGTTTCTAGT121CTATCTCTTTCTTTCTATATATGGAAAGTTCAAAAATCATCATATAATAATCCAGAAGTT181GCAATAGAAAAGAAGGGGGGGAGGTTTGTGATGATTTTTCAATCTTTTCTACTAGGTAAT241CTAGTATCCTTATGCATGAAGATAATGAATTCGGTCGTTGTGGTCGGACTCTATTATGGA301TTTCTGACCACATTCTCTATAGGGCCCTCTTATCTCTTCCTTCTCCGAGCTCGGGTTATG361GAAGAAGGAACCGAGAAGAGGGTATCAGCAACAACTGGTTTTATTACGGGACAGCTCATG421ATGTTCATATCGATCTATTATGCGCCTCTGCATCTAGCATTGGGTAGACCTCATACAATA481ACTGTCCTAGCTCTACCATATCTTTTGTTTCATTTCTTCTGGAACAATCACAAACACTTT541TTTGATTCTGGATCTACTACCAGAAATTCAATGCGTAATTTCAGCATTCAATGTTTATTC601CTGAATAATCTCATTTTTCAATTATTCAACCATTTCATTTTACCAAGTTCAATGTTAGCC661AGATTAGTCAACATTTATATGTTTCGATGCAACAACAAGATGTTATTTGTAACAAGTAGT721TTTGTTGGTTGGTTAATTGGTCACATTTTATTCATGAAATGGCTTGGATTGGTATTAGTC781TGGATACGGCAAAATCGTTCTATTAGATCGAATAAGTACATTCGATCTAATAAGTACCTT841GTATCAGAATTGAAAAATTCTACGGCTCGGATCTTTAGTATTCTCTTATTTGTTACCTGT901GTCTACTATTTAGGCAGAATACCGTCACCCCTTTTTACTAAGAAAAAGAAAGAAACCTCA961AAAACGGAAGAAAGGGTGGAAATAGAAACAGCTTCAAAAATGAAGGCGACTAAAGAAGAA1021CATGAGGGGTCCACCGAAGAAGATCCTTCTATTTCCTTTTTTTCGGAAGAAAGGGCGGAT1081CCGAACAAAATTGATGAGACGGAAGAAATCCGAGTCAATGGAAAGGAAAATGAGTTCCAC1141TTTCAATTTACAGAGACAGGCTATCAAAATAGACCCGTTTCTGAAGAGTCTTATCTAATG1201AATACCAATGAAAATCAGGATAATTCAAGATTCAAAATATTTGATAAAAAAACTAAAAAC1261AAAGACTTCGTTTTCTTTGACAAACCTCTCGTAACTATTCTTTTTGATTCGAAGCGATGG1321AATCGACCGTTTCGTTACATAAAAAATAATAACTTTGAAAAGGCTGTCAGAACTGAAATG1381TCACAATATTTTTTTGACATATGTCAAAGTGATGGAAAAGAAAGAATATCTTTTACGTAT1441CCTCCCAGTTTATCAATTTTTTTGGAAATGATAAAAAGAAAGATATCCCCGGCTAGACTC1501GAAAACTATTCATTTAATGAACCCTACAGCCCTTGGGTTTATAGCAACAAAGAAAAAGGG1561AAAAGTTTCAACAATGAGTTTATAAATCGAATTAAAGCTCTAGACAAAGAAGATACTTAT1621TTGAATATATTCGAAACAAGGACTCGATTGTGTAATGCCGATTCTACAAAAGAATACTTA1681TGCAAAAGGTATGATCCTTTCCTGAACGGATCATATCGGAAAACAATTTACAAAAACCCT1741TCACTATCAAAGTTTTTGATAGAAAATTTCCTAAATCCATTTGGGATAAATCGGATTCAC1801GGTATACTTATTCCGGATGCTGCTTACCAAGAATTTGAACAGAAAATAAATAGATTTGAT1861AAAAAACCATTATCAACAGAAATTGTTTCTTTTTTCACTTTCATCAGTAAATTTGTTAGA1921GAATCAGGATCTACCAATCTAAATCCGAAGGGTCCTTCTTTATTTTCAGAAGGAAGAATA1981TATTCCGACAAAGGAACAAAATTTTTTAACTATTTATTAAATTTTAAAAAAATTGTAACT2041GATGCTAATGGTCAAAAAATTAGCAGAAAATCGATTAGAATAAAAGAAATCAGTAAAAAA2101ATTCCCCGACGGTCATACAAATTAATTACCGATTTAGAACAACAATCAAGAGACTATCAA2161GAAGACGTACCACTAGAGCATCAAATTCGTTCAAGAAAGGGCAAACGTGTAGTCATTTTG2221ACTGGTAACAAGGAAAATACTGATCCTAATACTACGGATACTAATATGCCCGATCAAATA2281AACGAAGTGGCTTTGATACGCTATTCACAACAATCAGACTTTCGGCGCGGTATAATCAAA2341GGTTCTATGCGCGCTCAAAGGCGTAAAGTAGTTATTTTCGAATTGTTTCAAGCAAATGTG2401CACTCCCCCCTTTTTGGGGAGAGACTCCAAAAATCCCCTCTTTTTTCTTTGGATATCTCC2461AGGTTTATTAAAAAAATTTTAATAAATTGGGTAGGTAAAGGGGAAGCATTCAAAATTGTA2521GAGTGTACAAAAGAACAAACAAAAAGAGAAGAAAAAAAAGAGAAGAACAAAAGAAAAGAA2581AAAGAACGAATAAAGATAGCAGAGGCCTGGGATAGTATTCCATTTGCGCAAGTAATAAGA2641GGTTGCATGTTACTAACTCAATCTATTTTTAGAAAATATATTCTATTACCTTCATTCATA2701ATTGCGAAAAATATTGGACGTATATTCCTATTGCAACTTCCCGAATGGTCTGAGGATTTA2761CAGGAATGGAATAGAGAGATCCATCTAAAATGTACCTATAATGGTGTTCCATTATCCGAA2821ACAGAATTTCCAAAAAATTGGTTAACAGATGGTATTCAGATAAAAATCTTATTTCCTTTC2881TGTCTGAAACCTTGGCACAAATCAAAACTACGATCCTCTCAGAAAGATCTAATGAAAAAG2941AAAAAAGAAAAAGATGATTTTTGTTTTTTAACAGTTTGGGGAATGGAAACTGAACTTCCC3001TTTTGTTCGCCCCGAAAACGACTTTCCTTTTTTAAACCCATCTTAAAGGAATTTGAAAAA3061AAAATTGGAAACTGTAAAAAGAAGTATTTTCGAGTTCTAACAGTTTTCAAAGGAAAACTA3121AAATTACTTCGAAAAGTTTCAAAAGAAACAAAAAAATGGGTTATCAAAAGTGTTATTTTT3181ATAAAAAAAATACTAAAAAAACTTTCCAAAGTAAATCCAATTCTATTATTTAGATTAAGA3241GAAGTAGGAGTATATGCATCAACCGAAATTAAAGAAGAAAAAGATTCCATAAGAAGCAAT3301CAGATAATTCACGAATCATTTAGTCAAATTACATCTCCGAGTTGGACAAATTCTTCATTG3361ACAGAAAAAAAAATGAAGGATTTGACTGATAGAACAAGTACAATTCGAAATCAAATAGAA3421AGAATCACAAAAAATAAAAAAAAAGTAACTCCAAGAATAAATAATCTTAGTCCTACAAGT3481TATAATGCTAAAAGGTTCGAAAAACGGCAAATATTAAAAATAAGGAATGCTCGATTAATC3541TATAAATTACTCCCCCTTTTCAAATTTTTCATTGAAAAAATATACACAGCTCTATTTTTA3601TCTATCATTAATATTCCCAGAATAAATACAGAACTTTTTCTTAAATTAACAAAAAAAATT3661ATTGATAAATCCATTTACAATAATGAAAGAAAAGAAGAAAAAATTAATAAAAAAAAGAAA3721CCTCCAATTCCGTTTATTTCGACTATAAAAAAGCCACTTGATAATATTAGTAATATTAAA3781AGAAATTCACATATTTTTTATGACTTATCCTACATGCCACAAGCATATGTATTTTACAAA3841TTATCACAAATCCAAGTTAGTAACTCGTTAAGACCTGTTGTTCAATATCAAGGAATCCCC3901CCTTTTCTTAAGCCTAAAATAAAGGATTCTTGTGAAACACGAGGAATGTTTCATTCGAAA3961TTATCAGATAAAAAACTTCCGAGTTATGAAATGAATCCATGGAAAACCTGGTTACGAGGA4021CATTATCAATACCATTTATCTCAGATTAGATGGTCTAGATTAATACCAGAAAAATGGCGA4081AATACAGTTTATCAGCGTCGTATAGCTAAAAAGGAAAATTTAAGCAAACGGCATTCATCT4141GAAAAAGACTCATTAATGAATTACAAAAAACAATTTGAAGTATATTTATTATCGAATCAA4201AAAGAGAATTTTCTAAAATACTATAGATATGATCTTTTATCATATAAATTTCTTAATTAT4261GAAAATAAAGCGGAATGCTTTTTTTATAGGTCTCCCCTTCACAGAAATAAGAACAAAGAG4321ATTTCTTATAACACGTCTAAAGAAACCCTTTTTGATATGCTCAGGAACATCCCTATTAAA4381AATGATCTAGGAAAGGTCGATATTCTATATATGGAAAAATCGTCCGATATAAAATATTTC4441GATCGGAAAATTTTCTATTTTTTTATTAGACAAAAAATCGGTATTGAGGCCTCAATCATA4501ATCAATACCAATAGGAATCAAAATACTCAAATTCGTACTAATAATTCTCAAATAATTTCT4561AAAAAAGATCTTTTTTATCTTATGATTCCAGAGATCAATCTAGCAAACTCCCACAAAGGA4621TTTTTTGATTGGATGGGAATGAATGAAAAAATGCTAAAGCGTCCCAGATCAAATCTGGAA4681CTTTGGTTCTTCCCAGAATTTGTGTTACTTTATAAGACATATAAACTGAAACCTTGGTTT4741ATACCAAGCAAATTGCTTCTTTTAAATTTAGATATAAGTGAAACTAAAGAAACTAAAAAG4801ATCCATGAAAAGGAAAAAGGAAGTTTTTTGATAGCATTAAATAAAAAGTATCGAAATAAA4861GAAGAAAAAGAACTCACAAGCCAAGTGGATCGAAGATCTGTTCTCTCACAACAAAAAGAT4921ATTGAAGCAAATTATGCAACAAGATCGGACATGAAAAAAGGGAAAAAGAAAAAACAATAC4981AAAAGCAACACGGAAGCAGAACTAGATTTCTTCCTGAAACGTTTTTTGCTTTTTCAATTG5041AGATGGGATGAGACTTTGACTCAAAGACTGATCAATAATATCAAGGTATATTGTCTCCTG5101CTTAGACTGATAGATCCAAGAAAAATTACTATATCCTCGATTCAAAAGAGAGAAATGAAT5161TTGGATATAATGCTGATTCAGAAGAATTTAACTCTTTCAGAATTGATGAAAAAGGGAGTA5221TTGATTCTAGAACCCATTCGTTTGTCTGGAAAAAAAGATGGGCAATTTATTATGTATCAA5281ACCATAGGTATTTCGTTGGTTCATAAGAGTAAGCATCAAACTAATCAAAAATACCAAGAG5341CAGGGATATGTTGCTAACAATAATTTTGATGAAACTATTTCACCACATCAAAAAATAACC5401GGAAATAGAAACAAAAATCATTTTGATTTACTTGTTCCCGAAAATATTTTAGCCTTTAGA5461CATTGTAGAAAATTGAGAATTCTAATTTGTTTCAATTCAAAAAATAGAAATTATATAGAT5521AGAGATCCTGTATTTTGGAACGGAAAGAACGTAAAAAACAGCAGCCAAGTTTCACAGGAC5581AATAACCACCTTGATAGAGAGAAAAATCAATTAATGAAATTAAAGCTCTTTCTTTGGCCT5641AATTATCGATTAGAAGATTTAGCTTGTATGAATCGTTATTGGTTTGATACTAATAATGGT5701AGTCGTTTCAGTATGTTAAGGATACATCTGTATCCACGATTGAAAATTTGTTGA
ATGCCTCATTTCAGAGGGAACCTCAAAGTGGCTCTATTTCATTATATTCCACCTATATCCCAATTCCATTCATTTAATACCCCCTTTGGTGTCATTGACATAACAGATGTCGTTTCTAGTCTATCTCTTTCTTTCTATATATGGAAAGTTCAAAAATCATCATATAATAATCCAGAAGTTGCAATAGAAAAGAAGGGGGGGAGGTTTGTGATGATTTTTCAATCTTTTCTACTAGGTAATCTAGTATCCTTATGCATGAAGATAATGAATTCGGTCGTTGTGGTCGGACTCTATTATGGATTTCTGACCACATTCTCTATAGGGCCCTCTTATCTCTTCCTTCTCCGAGCTCGGGTTATGGAAGAAGGAACCGAGAAGAGGGTATCAGCAACAACTGGTTTTATTACGGGACAGCTCATGATGTTCATATCGATCTATTATGCGCCTCTGCATCTAGCATTGGGTAGACCTCATACAATAACTGTCCTAGCTCTACCATATCTTTTGTTTCATTTCTTCTGGAACAATCACAAACACTTTTTTGATTCTGGATCTACTACCAGAAATTCAATGCGTAATTTCAGCATTCAATGTTTATTCCTGAATAATCTCATTTTTCAATTATTCAACCATTTCATTTTACCAAGTTCAATGTTAGCCAGATTAGTCAACATTTATATGTTTCGATGCAACAACAAGATGTTATTTGTAACAAGTAGTTTTGTTGGTTGGTTAATTGGTCACATTTTATTCATGAAATGGCTTGGATTGGTATTAGTCTGGATACGGCAAAATCGTTCTATTAGATCGAATAAGTACATTCGATCTAATAAGTACCTTGTATCAGAATTGAAAAATTCTACGGCTCGGATCTTTAGTATTCTCTTATTTGTTACCTGTGTCTACTATTTAGGCAGAATACCGTCACCCCTTTTTACTAAGAAAAAGAAAGAAACCTCAAAAACGGAAGAAAGGGTGGAAATAGAAACAGCTTCAAAAATGAAGGCGACTAAAGAAGAACATGAGGGGTCCACCGAAGAAGATCCTTCTATTTCCTTTTTTTCGGAAGAAAGGGCGGATCCGAACAAAATTGATGAGACGGAAGAAATCCGAGTCAATGGAAAGGAAAATGAGTTCCACTTTCAATTTACAGAGACAGGCTATCAAAATAGACCCGTTTCTGAAGAGTCTTATCTAATGAATACCAATGAAAATCAGGATAATTCAAGATTCAAAATATTTGATAAAAAAACTAAAAACAAAGACTTCGTTTTCTTTGACAAACCTCTCGTAACTATTCTTTTTGATTCGAAGCGATGGAATCGACCGTTTCGTTACATAAAAAATAATAACTTTGAAAAGGCTGTCAGAACTGAAATGTCACAATATTTTTTTGACATATGTCAAAGTGATGGAAAAGAAAGAATATCTTTTACGTATCCTCCCAGTTTATCAATTTTTTTGGAAATGATAAAAAGAAAGATATCCCCGGCTAGACTCGAAAACTATTCATTTAATGAACCCTACAGCCCTTGGGTTTATAGCAACAAAGAAAAAGGGAAAAGTTTCAACAATGAGTTTATAAATCGAATTAAAGCTCTAGACAAAGAAGATACTTATTTGAATATATTCGAAACAAGGACTCGATTGTGTAATGCCGATTCTACAAAAGAATACTTATGCAAAAGGTATGATCCTTTCCTGAACGGATCATATCGGAAAACAATTTACAAAAACCCTTCACTATCAAAGTTTTTGATAGAAAATTTCCTAAATCCATTTGGGATAAATCGGATTCACGGTATACTTATTCCGGATGCTGCTTACCAAGAATTTGAACAGAAAATAAATAGATTTGATAAAAAACCATTATCAACAGAAATTGTTTCTTTTTTCACTTTCATCAGTAAATTTGTTAGAGAATCAGGATCTACCAATCTAAATCCGAAGGGTCCTTCTTTATTTTCAGAAGGAAGAATATATTCCGACAAAGGAACAAAATTTTTTAACTATTTATTAAATTTTAAAAAAATTGTAACTGATGCTAATGGTCAAAAAATTAGCAGAAAATCGATTAGAATAAAAGAAATCAGTAAAAAAATTCCCCGACGGTCATACAAATTAATTACCGATTTAGAACAACAATCAAGAGACTATCAAGAAGACGTACCACTAGAGCATCAAATTCGTTCAAGAAAGGGCAAACGTGTAGTCATTTTGACTGGTAACAAGGAAAATACTGATCCTAATACTACGGATACTAATATGCCCGATCAAATAAACGAAGTGGCTTTGATACGCTATTCACAACAATCAGACTTTCGGCGCGGTATAATCAAAGGTTCTATGCGCGCTCAAAGGCGTAAAGTAGTTATTTTCGAATTGTTTCAAGCAAATGTGCACTCCCCCCTTTTTGGGGAGAGACTCCAAAAATCCCCTCTTTTTTCTTTGGATATCTCCAGGTTTATTAAAAAAATTTTAATAAATTGGGTAGGTAAAGGGGAAGCATTCAAAATTGTAGAGTGTACAAAAGAACAAACAAAAAGAGAAGAAAAAAAAGAGAAGAACAAAAGAAAAGAAAAAGAACGAATAAAGATAGCAGAGGCCTGGGATAGTATTCCATTTGCGCAAGTAATAAGAGGTTGCATGTTACTAACTCAATCTATTTTTAGAAAATATATTCTATTACCTTCATTCATAATTGCGAAAAATATTGGACGTATATTCCTATTGCAACTTCCCGAATGGTCTGAGGATTTACAGGAATGGAATAGAGAGATCCATCTAAAATGTACCTATAATGGTGTTCCATTATCCGAAACAGAATTTCCAAAAAATTGGTTAACAGATGGTATTCAGATAAAAATCTTATTTCCTTTCTGTCTGAAACCTTGGCACAAATCAAAACTACGATCCTCTCAGAAAGATCTAATGAAAAAGAAAAAAGAAAAAGATGATTTTTGTTTTTTAACAGTTTGGGGAATGGAAACTGAACTTCCCTTTTGTTCGCCCCGAAAACGACTTTCCTTTTTTAAACCCATCTTAAAGGAATTTGAAAAAAAAATTGGAAACTGTAAAAAGAAGTATTTTCGAGTTCTAACAGTTTTCAAAGGAAAACTAAAATTACTTCGAAAAGTTTCAAAAGAAACAAAAAAATGGGTTATCAAAAGTGTTATTTTTATAAAAAAAATACTAAAAAAACTTTCCAAAGTAAATCCAATTCTATTATTTAGATTAAGAGAAGTAGGAGTATATGCATCAACCGAAATTAAAGAAGAAAAAGATTCCATAAGAAGCAATCAGATAATTCACGAATCATTTAGTCAAATTACATCTCCGAGTTGGACAAATTCTTCATTGACAGAAAAAAAAATGAAGGATTTGACTGATAGAACAAGTACAATTCGAAATCAAATAGAAAGAATCACAAAAAATAAAAAAAAAGTAACTCCAAGAATAAATAATCTTAGTCCTACAAGTTATAATGCTAAAAGGTTCGAAAAACGGCAAATATTAAAAATAAGGAATGCTCGATTAATCTATAAATTACTCCCCCTTTTCAAATTTTTCATTGAAAAAATATACACAGCTCTATTTTTATCTATCATTAATATTCCCAGAATAAATACAGAACTTTTTCTTAAATTAACAAAAAAAATTATTGATAAATCCATTTACAATAATGAAAGAAAAGAAGAAAAAATTAATAAAAAAAAGAAACCTCCAATTCCGTTTATTTCGACTATAAAAAAGCCACTTGATAATATTAGTAATATTAAAAGAAATTCACATATTTTTTATGACTTATCCTACATGCCACAAGCATATGTATTTTACAAATTATCACAAATCCAAGTTAGTAACTCGTTAAGACCTGTTGTTCAATATCAAGGAATCCCCCCTTTTCTTAAGCCTAAAATAAAGGATTCTTGTGAAACACGAGGAATGTTTCATTCGAAATTATCAGATAAAAAACTTCCGAGTTATGAAATGAATCCATGGAAAACCTGGTTACGAGGACATTATCAATACCATTTATCTCAGATTAGATGGTCTAGATTAATACCAGAAAAATGGCGAAATACAGTTTATCAGCGTCGTATAGCTAAAAAGGAAAATTTAAGCAAACGGCATTCATCTGAAAAAGACTCATTAATGAATTACAAAAAACAATTTGAAGTATATTTATTATCGAATCAAAAAGAGAATTTTCTAAAATACTATAGATATGATCTTTTATCATATAAATTTCTTAATTATGAAAATAAAGCGGAATGCTTTTTTTATAGGTCTCCCCTTCACAGAAATAAGAACAAAGAGATTTCTTATAACACGTCTAAAGAAACCCTTTTTGATATGCTCAGGAACATCCCTATTAAAAATGATCTAGGAAAGGTCGATATTCTATATATGGAAAAATCGTCCGATATAAAATATTTCGATCGGAAAATTTTCTATTTTTTTATTAGACAAAAAATCGGTATTGAGGCCTCAATCATAATCAATACCAATAGGAATCAAAATACTCAAATTCGTACTAATAATTCTCAAATAATTTCTAAAAAAGATCTTTTTTATCTTATGATTCCAGAGATCAATCTAGCAAACTCCCACAAAGGATTTTTTGATTGGATGGGAATGAATGAAAAAATGCTAAAGCGTCCCAGATCAAATCTGGAACTTTGGTTCTTCCCAGAATTTGTGTTACTTTATAAGACATATAAACTGAAACCTTGGTTTATACCAAGCAAATTGCTTCTTTTAAATTTAGATATAAGTGAAACTAAAGAAACTAAAAAGATCCATGAAAAGGAAAAAGGAAGTTTTTTGATAGCATTAAATAAAAAGTATCGAAATAAAGAAGAAAAAGAACTCACAAGCCAAGTGGATCGAAGATCTGTTCTCTCACAACAAAAAGATATTGAAGCAAATTATGCAACAAGATCGGACATGAAAAAAGGGAAAAAGAAAAAACAATACAAAAGCAACACGGAAGCAGAACTAGATTTCTTCCTGAAACGTTTTTTGCTTTTTCAATTGAGATGGGATGAGACTTTGACTCAAAGACTGATCAATAATATCAAGGTATATTGTCTCCTGCTTAGACTGATAGATCCAAGAAAAATTACTATATCCTCGATTCAAAAGAGAGAAATGAATTTGGATATAATGCTGATTCAGAAGAATTTAACTCTTTCAGAATTGATGAAAAAGGGAGTATTGATTCTAGAACCCATTCGTTTGTCTGGAAAAAAAGATGGGCAATTTATTATGTATCAAACCATAGGTATTTCGTTGGTTCATAAGAGTAAGCATCAAACTAATCAAAAATACCAAGAGCAGGGATATGTTGCTAACAATAATTTTGATGAAACTATTTCACCACATCAAAAAATAACCGGAAATAGAAACAAAAATCATTTTGATTTACTTGTTCCCGAAAATATTTTAGCCTTTAGACATTGTAGAAAATTGAGAATTCTAATTTGTTTCAATTCAAAAAATAGAAATTATATAGATAGAGATCCTGTATTTTGGAACGGAAAGAACGTAAAAAACAGCAGCCAAGTTTCACAGGACAATAACCACCTTGATAGAGAGAAAAATCAATTAATGAAATTAAAGCTCTTTCTTTGGCCTAATTATCGATTAGAAGATTTAGCTTGTATGAATCGTTATTGGTTTGATACTAATAATGGTAGTCGTTTCAGTATGTTAAGGATACATCTGTATCCACGATTGAAAATTTGTTGA
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