Ajuga decumbensycf1
ycf15295 bpMN814854OpenDNA sequence record
OR537888ycf1 · Callicarpa longipes var. mixiensis
FASTA sequence
Coordinates shown at the beginning and end of each 60-nucleotide line.
>OR537888|Callicarpa longipes var. mixiensis|ycf1
1ATGTCGTTTCTAGTCTATCTCTTTCTATTTCTTTTCTATATATGGAAAGTTCAAAAATCA61TCATATAATAATCCAATAATTGCAATAGAAAAGAAAAAAGGGAGGTTTGTGATGATTTTT121CAATCTTTTCTACTAGGTAATCTAGTATCCTTATGCATGAAGATAATCAATTCGGTCGTT181GTGGTCGGACTCTATTATGGATTTCTGACCACATTCTCTATAGGGCCCTCTTATCTCTTC241CTTCTCCGAGCTCAGGTTATGGAAGAAGGAACCGAGAAGAAGGTATCAGCAACAACTGGT301TTTATTACGGGACAGCTCATGATGTTCGTATCGATCTATTATGCGCCTCTGCATCTAGCA361TTGGGTAGACCTCATACAATAACTGTCCTAGCTCTACCATATCTTTTGTTTCATTTCTTC421TGGAACAATCACAAACACTTTTTTGATTATGGATCTACTACCAGAAATTCAATGCGTAAT481TTCAGCATTCAATGTTTATTCCTGAATAATCTCATTTTTCAATTATTCAACCATTTCATT541TTACCAAGTTCAATGTTAGCCAGATTAGTCAACATTTATATGTTTCGATGCAACAACAAG601ATGTTATTTGTAACAAGTAGTTTTGTTGGTTGGTTAATTGGTCACATTTTATTCATGAAA661TGGCTTGGATTGGTATTAGTCTGGATACGGCAAAATCGATCTATTAGATCGAATAAGTAC721ATTCGATCTAATAAGTACCTTGTATCAGAATTGAGAAATTCTATGGCTCGGATCTTTAGT781ATTCTCTTATTTATTACCTGTGTCTACTATTTAGGCAGAATACCGTCACCCCTTTTTACT841AAGAAACTGAAAGAAACCTCAAAAACGGAAGAAAGGGTGGAAGGTGAGGAAGAAAGAGAT901GTAGAAATAGCTTCCGAAATGAAGGGGACTAAACAGGAACAAGAGGGATCCACCGAAGAA961GATCCTTCTCCTTCCTTTTTTTCGGAAGAAAAGGCGGATCCGAACAAAATCGATGAAACG1021GAAGAAATCCGAGTGAATGGAAAGGAAAATGAATTCCACTTTCGATTTACAGAGACAGGC1081TATAAAAATAGACCCGTTTCTGAAGAGTCTTATCTAATAAATATCAATGAAAATCAAGAC1141AATTCAAGATTCCAAATTTTGGATAAAAAAACTGAAAATAAACACTTTCGATTTACAGAG1201ACAGGCTATAAAAATAGACCCGTTTCTGAAGAGTCTTATCTAATAAATATCAATGAAAAT1261CAAGACAATTCAAGATTCCAAATTTTGGATAAAAAAACTGAAAATAAAGACCCTTTTTTC1321TTTGACAAACCCCTTGTAACTCTTCTTTTCGATTCGAAGCGATGGAATCGCCCATTTCGC1381TACATAAAAAACAATCAATTTGACAGGGCTGTCAGAAATGAAATGTCACAATATTTTTTT1441GACATATGTCAAAGTGATGGAAAAGAAAGAATCTCTTTGACATATCCTCCTAGTTTATCG1501ATTTTTTTGGAAATGATAAAAAGAAGGATATCCCCGCCTCCACTCGAAAAATTTTCATCT1561AATGAACTCTACAACCCTTGGGTTTATACCAACAAACAAAAAGGAAAAAGTTTCAACAAC1621GAGTTTCTAAATAGAATTAAAGCTCTAGACAAAGAAGATATTTCTTTGAATATACTCGAA1681ACAAGGACTCGATTGTGTAATGACGATTCTACAAAAGAATACTTATCAAAAAGGTATGAT1741CCTTTCCTGAACGGATCATATCGGAAAACAATCTACAAAAATCTTTCACCTTCAACCCTA1801AAAAAAACTTTGATAGAAAATTTCATAGATAAATTTGGGATAAATCGCATTCATGGTATA1861CTTCTTCCAGATACTGATTACCAAGAATTTGAACAGAAAATAAATAGATTGGATAAAAAA1921CCATTATCAATAATTTTTGTTAATTTTTTAACTTTCATCAGTAAATTTGTTAGAGAATCA1981GGATCCACCAATCTAAATCCGAAGGGTCCTTCTTTATTTTCAGAAGGAAGAATAAATTTC2041GAAAAAGGAACAAAATATTTTAAATATTTATTAACTAAAATTGTAACCGATGGTAATGGT2101CAAAAAATGAACAGAAAATCGATTAAAATAAAAGAAATCAGGAAAAAAATCCCTCGATGG2161TCATACAAATTAATCACCGATTTAGAACAACAATCGGGAGAATATCAAGAAGACGTACCA2221GTAGATCATCAAATTCGTTCAAGAAAAGGCAAGCGTGTAGTAATTTTTACTGCTAACAAG2281GAAAATACTGATCCTAATAGTACGGATACTAATATGCGCGATCAAATAGACGAAGTGGCT2341TTGATACGTTATTCACAACAATCAGACTTTCGGCGCGGTATAATCAAAGGTTCTATGCGA2401GCTCAAAGGCGTAAAATAGTTATTTTAAAATTGTTTCAAGCAAATGCACATTCCCCTCTT2461TTTTTGGAGAGACTACAAAAATCCCCTCTTTTTTCTTTTGATATCTCTGGGTTGATTAAA2521CTAATTTTTAGAAATTGGGTGGGTAAAGGGGAAGCATTTAAAATTGTAGACTATACAAAA2581GAACAAACAAAAAGAGAAGAAAAAAAAGAGAAGAACAAAAGAAAGGAAAAAGCGCGCATA2641GAGATAGCAGAGGCCTGGGATAGCATTCCATTTGCGCAAGTAATAAGAGGTTGCATGCTA2701CTAACTCAATCTATTTTTAGAAAATATATTCTATTACCTTCATTCATAATTGCGAAAAAT2761ATTGGACGTATATTCCTATTGCAACTTCCCGAATGGTCTGAGGATTTACAGGAATGGAAT2821AAAGAGATCCATCTTAAATGTACCTATAACGGTGTTCCATTATCCGAAACAGAATTTCCG2881AAAAATTGGTTGACAGATGGTATTCAGATAAAAATCTTATTTCCTTTCTGTCTGAAACCT2941TGGCACAAATCGAAACTACGATCCTCTCAGAAAGATCTAATGAAAAAGAAAAAAGAAAAA3001GATGATTTTTGTTTTTTAACAGTTTGGGGAATGGAAGCCGAACTTCCTTTTGGTTCGCCC3061CGAAAACGACCTTCCTTTTTTAAACCCATTTTAAAGGAATTCGAAAAAAAAATTGGAAAA3121TGGAAAAAGAAGTATTTTCGAGTTCTAACAGTTTTCAAAGGAAAAACAAAATTACTTCGA3181AAAGTTTCAAAAGAAACAAAAAAATGGGTTATCAAAAGTGTTATTTTTATAAAAATAATA3241ATAAAAGAACTTTCAAAAGTAAATCCAATTCTATTATTTAGATTAAGAAAAGTAGAAGTA3301TATGAATCGAGCGAAATTAAAGAAGAAAAAGATTCCATAATAAGCAATCAGATAATTCAC3361GAATCATTTAGTCAAATTGCATCTCCGAGTTGGACAAATTCTTCATTGACAGAAAAAAAA3421ATGAAGGATCTGACTGATAGAACAAGTACAATTCGAAATCAAATAGAAAGAATCACAAAA3481GAGAAAAAAAAAGTAACTCCAAGAATAAATAATCTTAGTCCTAACAAAACAAGTTATAGT3541GCTAAAAGATTCGAAAAGTGGCAAATATTAAAAAGAAGAAATGCTCGATTAATCTGTCAA3601TTACCCCCTTTTTTTAAATTTTTCATTGAAAAAATATACACAGATATATTTTTATCTATC3661ATTAATATTCCCAGAATAAATACAGAACTTTTTCTTGAATCAACAAAAAAAATTATTGAT3721AAATCCATTTACAATAATGAAAGAAAACAAGAAAGAATTAATAAAAAAAAGAAAACTCCA3781ATTCCGTTTTTTTCGACTATAAAAAAGCCACTTCATAATATTAGTAATATTAAAGCAAAT3841TCACATATTTTTTATGACTTATCCTACGTGTCACAAGCATATGTATTTTACAAATTATCA3901CAAATCCAAGTTAGTAACTCGTTACGATCTGTTGTTCAACATCAAGGAAGCCATTTTTTT3961CTTAAGCCTAAAATAAAGGATTCTTTTGAAACACAAGGAATGGTTCATTCAAAATCAGCA4021GATAAGAAACTTCCGAGTTATGAAATGAATCAATGGAAAAACTGGCTAAGAGGACATTAT4081CAATACCATTTATCTCAGATCAGATGGTCTAGATTAATACCAGAAAAATGGCGAAATACA4141GTTCATCCGCGTCGTATAGCTAAAGAAAATTTTAGCAAATGGCATTCATATGAAAAAGAC4201CAATTAATTAATTCCAAAAAACAAAAACAATTTGAAGTATATTCATTATCTAATCAAAAA4261GATAATTTTCTAAAATACTATAGATATGATCTTTTATCATATAAATTTCTTAATTATGAA4321AATAAAGCGGAATGCTTTTTTTATAGATCTACCTTTCAAGGAAATAAGAACCAAGAGATT4381TCTTATAACACGCCTAAAGAGACACTTTTTGATATGCTGAGGAATATCCCTATTAAAAAT4441TATCTAGGAAAGGTCGATATTCTATATATGGAAAAACCGACCGATAGAAAATATTTTGAT4501TGGAAAATTTTCAATTTTTATCTTAGACAAAAAGTCGATATTGAGGCCTGGATCATGATC4561GATACCAATAGGACTCAAAATACTCAAATTCGTACTAATAATTCTCAAATAATTTCTAAA4621AAAGATCTTTTTTATCTTATGATTCCAGAAATCAATCCACCAAACTCCCACAAAGGATTT4681TTTGATTGGATGGGAATGAATGAAAAAATACTAAAGCGTCCCATATCGAATCTGGAACTT4741TGGTTCTTCCCAGAATTTGTGTTACTTTATAAAGTATATAAAATAAAACCTTGGTTTATA4801CCAAGCAAATTACTTCTTTTAAATAGAAGTGAAAATAGTAGTGAAAATAAAAAGATCAAT4861GAAAAGGAAAAAGGAAGTTTTTTGATAGCCTCGAATAAAAAGCATCGAAATCAAGAACCC4921ACAAGCCGAGGAGATCGTGGATCCGTTCTCTCACAACAAAAAGATATTGAAGAAAATTAT4981ACAAGATCAGACATGAAAAAAGGGAAAAAGAAAAAACAATACAAAAGCAACACGGAAGCA5041GAACTAGATTTCTTCCTGAAACGTTATTTGCTTTTTCAATTGAGATGGGACGAGACTTTG5101AATCAAAGAATGATCGATAATATCAAGGTATATTGTCTCCTGCTTAGACTGATAGATCCA5161AGAAAAATTACTATATCCTCGATTCAAAAGAGAGAAATGAGTTTGGATATAATGCTGATT5221CAGAAGAATTTAACTCTTTCAGAATTGATGAAGAAGGGGGTATTGATTCTAGAACCCATT5281CGTCTGTCTGGAAAAAAAGATGGGCAATTTATTATGTATCAAACCATAGGTATTTCGTTG5341GTTCATAAGAGTAAGCATCAAACTAATCAAAAATACCAAGAGCAAAGATATGTTTCTAAG5401AATAATTTGGATGAAACTATTTCACCACATCAAAGAATAACTGGAAATAGAGACAAAAAT5461CATTTTGATTTACTTGTTCCTGAAAATATTTTATCGTTTAGACGTCGTAGAAAATTGAGA5521ATTCTAATTTGTTTCAATTCAAAGAATAGAAATTCTATAGATGGAAATCCAGTATTTTGG5581AACGTAAAAAACAGCAGCCAAGTTTCACATGACAATAACCATCTTGATAGAGAGAAAAAT5641CAATTAATGAAATTAAAGCTCTTTCTTTGGCCTAATTATCGATTAGAAGATTTAGCTTGT5701ATGAATCGTTATTGGTTTGATACAAATAATGGCAGTCGTTTCAGTATGTTAAGGATACAT5761CTGTATCCACGATTGAAAATTTGTGGATAA
ATGTCGTTTCTAGTCTATCTCTTTCTATTTCTTTTCTATATATGGAAAGTTCAAAAATCATCATATAATAATCCAATAATTGCAATAGAAAAGAAAAAAGGGAGGTTTGTGATGATTTTTCAATCTTTTCTACTAGGTAATCTAGTATCCTTATGCATGAAGATAATCAATTCGGTCGTTGTGGTCGGACTCTATTATGGATTTCTGACCACATTCTCTATAGGGCCCTCTTATCTCTTCCTTCTCCGAGCTCAGGTTATGGAAGAAGGAACCGAGAAGAAGGTATCAGCAACAACTGGTTTTATTACGGGACAGCTCATGATGTTCGTATCGATCTATTATGCGCCTCTGCATCTAGCATTGGGTAGACCTCATACAATAACTGTCCTAGCTCTACCATATCTTTTGTTTCATTTCTTCTGGAACAATCACAAACACTTTTTTGATTATGGATCTACTACCAGAAATTCAATGCGTAATTTCAGCATTCAATGTTTATTCCTGAATAATCTCATTTTTCAATTATTCAACCATTTCATTTTACCAAGTTCAATGTTAGCCAGATTAGTCAACATTTATATGTTTCGATGCAACAACAAGATGTTATTTGTAACAAGTAGTTTTGTTGGTTGGTTAATTGGTCACATTTTATTCATGAAATGGCTTGGATTGGTATTAGTCTGGATACGGCAAAATCGATCTATTAGATCGAATAAGTACATTCGATCTAATAAGTACCTTGTATCAGAATTGAGAAATTCTATGGCTCGGATCTTTAGTATTCTCTTATTTATTACCTGTGTCTACTATTTAGGCAGAATACCGTCACCCCTTTTTACTAAGAAACTGAAAGAAACCTCAAAAACGGAAGAAAGGGTGGAAGGTGAGGAAGAAAGAGATGTAGAAATAGCTTCCGAAATGAAGGGGACTAAACAGGAACAAGAGGGATCCACCGAAGAAGATCCTTCTCCTTCCTTTTTTTCGGAAGAAAAGGCGGATCCGAACAAAATCGATGAAACGGAAGAAATCCGAGTGAATGGAAAGGAAAATGAATTCCACTTTCGATTTACAGAGACAGGCTATAAAAATAGACCCGTTTCTGAAGAGTCTTATCTAATAAATATCAATGAAAATCAAGACAATTCAAGATTCCAAATTTTGGATAAAAAAACTGAAAATAAACACTTTCGATTTACAGAGACAGGCTATAAAAATAGACCCGTTTCTGAAGAGTCTTATCTAATAAATATCAATGAAAATCAAGACAATTCAAGATTCCAAATTTTGGATAAAAAAACTGAAAATAAAGACCCTTTTTTCTTTGACAAACCCCTTGTAACTCTTCTTTTCGATTCGAAGCGATGGAATCGCCCATTTCGCTACATAAAAAACAATCAATTTGACAGGGCTGTCAGAAATGAAATGTCACAATATTTTTTTGACATATGTCAAAGTGATGGAAAAGAAAGAATCTCTTTGACATATCCTCCTAGTTTATCGATTTTTTTGGAAATGATAAAAAGAAGGATATCCCCGCCTCCACTCGAAAAATTTTCATCTAATGAACTCTACAACCCTTGGGTTTATACCAACAAACAAAAAGGAAAAAGTTTCAACAACGAGTTTCTAAATAGAATTAAAGCTCTAGACAAAGAAGATATTTCTTTGAATATACTCGAAACAAGGACTCGATTGTGTAATGACGATTCTACAAAAGAATACTTATCAAAAAGGTATGATCCTTTCCTGAACGGATCATATCGGAAAACAATCTACAAAAATCTTTCACCTTCAACCCTAAAAAAAACTTTGATAGAAAATTTCATAGATAAATTTGGGATAAATCGCATTCATGGTATACTTCTTCCAGATACTGATTACCAAGAATTTGAACAGAAAATAAATAGATTGGATAAAAAACCATTATCAATAATTTTTGTTAATTTTTTAACTTTCATCAGTAAATTTGTTAGAGAATCAGGATCCACCAATCTAAATCCGAAGGGTCCTTCTTTATTTTCAGAAGGAAGAATAAATTTCGAAAAAGGAACAAAATATTTTAAATATTTATTAACTAAAATTGTAACCGATGGTAATGGTCAAAAAATGAACAGAAAATCGATTAAAATAAAAGAAATCAGGAAAAAAATCCCTCGATGGTCATACAAATTAATCACCGATTTAGAACAACAATCGGGAGAATATCAAGAAGACGTACCAGTAGATCATCAAATTCGTTCAAGAAAAGGCAAGCGTGTAGTAATTTTTACTGCTAACAAGGAAAATACTGATCCTAATAGTACGGATACTAATATGCGCGATCAAATAGACGAAGTGGCTTTGATACGTTATTCACAACAATCAGACTTTCGGCGCGGTATAATCAAAGGTTCTATGCGAGCTCAAAGGCGTAAAATAGTTATTTTAAAATTGTTTCAAGCAAATGCACATTCCCCTCTTTTTTTGGAGAGACTACAAAAATCCCCTCTTTTTTCTTTTGATATCTCTGGGTTGATTAAACTAATTTTTAGAAATTGGGTGGGTAAAGGGGAAGCATTTAAAATTGTAGACTATACAAAAGAACAAACAAAAAGAGAAGAAAAAAAAGAGAAGAACAAAAGAAAGGAAAAAGCGCGCATAGAGATAGCAGAGGCCTGGGATAGCATTCCATTTGCGCAAGTAATAAGAGGTTGCATGCTACTAACTCAATCTATTTTTAGAAAATATATTCTATTACCTTCATTCATAATTGCGAAAAATATTGGACGTATATTCCTATTGCAACTTCCCGAATGGTCTGAGGATTTACAGGAATGGAATAAAGAGATCCATCTTAAATGTACCTATAACGGTGTTCCATTATCCGAAACAGAATTTCCGAAAAATTGGTTGACAGATGGTATTCAGATAAAAATCTTATTTCCTTTCTGTCTGAAACCTTGGCACAAATCGAAACTACGATCCTCTCAGAAAGATCTAATGAAAAAGAAAAAAGAAAAAGATGATTTTTGTTTTTTAACAGTTTGGGGAATGGAAGCCGAACTTCCTTTTGGTTCGCCCCGAAAACGACCTTCCTTTTTTAAACCCATTTTAAAGGAATTCGAAAAAAAAATTGGAAAATGGAAAAAGAAGTATTTTCGAGTTCTAACAGTTTTCAAAGGAAAAACAAAATTACTTCGAAAAGTTTCAAAAGAAACAAAAAAATGGGTTATCAAAAGTGTTATTTTTATAAAAATAATAATAAAAGAACTTTCAAAAGTAAATCCAATTCTATTATTTAGATTAAGAAAAGTAGAAGTATATGAATCGAGCGAAATTAAAGAAGAAAAAGATTCCATAATAAGCAATCAGATAATTCACGAATCATTTAGTCAAATTGCATCTCCGAGTTGGACAAATTCTTCATTGACAGAAAAAAAAATGAAGGATCTGACTGATAGAACAAGTACAATTCGAAATCAAATAGAAAGAATCACAAAAGAGAAAAAAAAAGTAACTCCAAGAATAAATAATCTTAGTCCTAACAAAACAAGTTATAGTGCTAAAAGATTCGAAAAGTGGCAAATATTAAAAAGAAGAAATGCTCGATTAATCTGTCAATTACCCCCTTTTTTTAAATTTTTCATTGAAAAAATATACACAGATATATTTTTATCTATCATTAATATTCCCAGAATAAATACAGAACTTTTTCTTGAATCAACAAAAAAAATTATTGATAAATCCATTTACAATAATGAAAGAAAACAAGAAAGAATTAATAAAAAAAAGAAAACTCCAATTCCGTTTTTTTCGACTATAAAAAAGCCACTTCATAATATTAGTAATATTAAAGCAAATTCACATATTTTTTATGACTTATCCTACGTGTCACAAGCATATGTATTTTACAAATTATCACAAATCCAAGTTAGTAACTCGTTACGATCTGTTGTTCAACATCAAGGAAGCCATTTTTTTCTTAAGCCTAAAATAAAGGATTCTTTTGAAACACAAGGAATGGTTCATTCAAAATCAGCAGATAAGAAACTTCCGAGTTATGAAATGAATCAATGGAAAAACTGGCTAAGAGGACATTATCAATACCATTTATCTCAGATCAGATGGTCTAGATTAATACCAGAAAAATGGCGAAATACAGTTCATCCGCGTCGTATAGCTAAAGAAAATTTTAGCAAATGGCATTCATATGAAAAAGACCAATTAATTAATTCCAAAAAACAAAAACAATTTGAAGTATATTCATTATCTAATCAAAAAGATAATTTTCTAAAATACTATAGATATGATCTTTTATCATATAAATTTCTTAATTATGAAAATAAAGCGGAATGCTTTTTTTATAGATCTACCTTTCAAGGAAATAAGAACCAAGAGATTTCTTATAACACGCCTAAAGAGACACTTTTTGATATGCTGAGGAATATCCCTATTAAAAATTATCTAGGAAAGGTCGATATTCTATATATGGAAAAACCGACCGATAGAAAATATTTTGATTGGAAAATTTTCAATTTTTATCTTAGACAAAAAGTCGATATTGAGGCCTGGATCATGATCGATACCAATAGGACTCAAAATACTCAAATTCGTACTAATAATTCTCAAATAATTTCTAAAAAAGATCTTTTTTATCTTATGATTCCAGAAATCAATCCACCAAACTCCCACAAAGGATTTTTTGATTGGATGGGAATGAATGAAAAAATACTAAAGCGTCCCATATCGAATCTGGAACTTTGGTTCTTCCCAGAATTTGTGTTACTTTATAAAGTATATAAAATAAAACCTTGGTTTATACCAAGCAAATTACTTCTTTTAAATAGAAGTGAAAATAGTAGTGAAAATAAAAAGATCAATGAAAAGGAAAAAGGAAGTTTTTTGATAGCCTCGAATAAAAAGCATCGAAATCAAGAACCCACAAGCCGAGGAGATCGTGGATCCGTTCTCTCACAACAAAAAGATATTGAAGAAAATTATACAAGATCAGACATGAAAAAAGGGAAAAAGAAAAAACAATACAAAAGCAACACGGAAGCAGAACTAGATTTCTTCCTGAAACGTTATTTGCTTTTTCAATTGAGATGGGACGAGACTTTGAATCAAAGAATGATCGATAATATCAAGGTATATTGTCTCCTGCTTAGACTGATAGATCCAAGAAAAATTACTATATCCTCGATTCAAAAGAGAGAAATGAGTTTGGATATAATGCTGATTCAGAAGAATTTAACTCTTTCAGAATTGATGAAGAAGGGGGTATTGATTCTAGAACCCATTCGTCTGTCTGGAAAAAAAGATGGGCAATTTATTATGTATCAAACCATAGGTATTTCGTTGGTTCATAAGAGTAAGCATCAAACTAATCAAAAATACCAAGAGCAAAGATATGTTTCTAAGAATAATTTGGATGAAACTATTTCACCACATCAAAGAATAACTGGAAATAGAGACAAAAATCATTTTGATTTACTTGTTCCTGAAAATATTTTATCGTTTAGACGTCGTAGAAAATTGAGAATTCTAATTTGTTTCAATTCAAAGAATAGAAATTCTATAGATGGAAATCCAGTATTTTGGAACGTAAAAAACAGCAGCCAAGTTTCACATGACAATAACCATCTTGATAGAGAGAAAAATCAATTAATGAAATTAAAGCTCTTTCTTTGGCCTAATTATCGATTAGAAGATTTAGCTTGTATGAATCGTTATTGGTTTGATACAAATAATGGCAGTCGTTTCAGTATGTTAAGGATACATCTGTATCCACGATTGAAAATTTGTGGATAA
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