Mitochondrial DNA
MT277198.1
Caryopteris mongholica mitochondrion, homology-derived annotation
>MT277198.1|Caryopteris mongholica|mitochondrial
12001CTAGCTAGCCGGACTAGTGGGGCCCTATCTCCTATCTGGAGACATACTGAAAACCATGCC12061TTTCGAACCGAACGCAACGCCCGTCTTCCAAATCAAAAAGGGCTCGTTGGGAAGAAAGAT12121GGAGTGCGGTCTGTAGAGCACATGTAAGGCACAGTCGGGTTGCTCACGCAGCGGATCTCT12181CTCTATCTATAGATAGAGAGGTGTGAAAGGAATAGCCTTATGTATGTTATGGCTGCCCCC12241TCGACTTACGGCCTTTACGCTACGACTACTGTGATGTGAGCGGTTCAAATTGGTTTGATC12301TTTCCCAATCATTCTGGACGGAACTTGTACGCAGCACTTGTACGGAGGTGCATGCATAAA12361GGTTTGGAACTCTTTTCTTATCTGAATCTTAAGGACAGGACCCTATTCTCGAACCCTCTG12421CCGAGCTCTACCCTGCCCGCATTTCCTTTTGAAGGGGCCAGTCTCCGCCTGCTGCCAGCT12481ACTATTTTCGGGCTTTCTTCGGAATTCTACTGAACGGGTCGATCCTCCCCTCCCCCCTTT12541GTTTCTTTTAGCAACTTATCCTAAGGTCTCTTCACCAAGAGCTCGCCGGCGACGACAGAG12601GAAGCAACCCTATGCTGTGGCGGGGCGGCTTTTTTCTTTCACAATAAGACCTGGACGATT12661ATCCCTACCCTCGGTAGCTTACGAGTTTACGTCCATCCCTGGTCGGGTACAGTTTCCTTT12721CGATTTTTCCCTTGTAGCCGTTACCCGAATTCGCGCAAGTGTGTCCACACCCCCCAAACT12781GACTTGACGAGGAATCCATTCTCGCGAACAAACACAACCCCTACACACAACACACACCTA12841GGAGCACCCCTTCCTGCATATCCATACAAGACCCGAGTAGGCGGGTCGAGGCCCTACGAG12901GTACCCACTACTCGGAGTACCCTCCAGGAAAAGGAAAAAGATGTGTCTGTCAGGTTCGGT12961TCTTCTTAGTTGGGTTGGGCGGGTTCGACCAGAAATGCTATGCTTACACACAAGACTACC13021CCTCTTCCCGAAAGCTTCGCGGGGACTACTTTACGACGACGGACGACCGCCCGTAGGGGG13081TTTACTGCACAAGGCCCCTGCAGAGGAAAGGCTTTATCCCAGCGAATAGATGATGCTCGG13141CTCCGCACAACATAGGGATTGGCACACTTTCGGGAAGAACATAGAATAGTAGAGGATCCA13201GCATGCAGAACACGGCGATCATTAGAAATTCACGAATTAGAGATGCTGTAATATACTCTT13261TCCCATAACTTCTCATACCAGACCAACCCACTAAAATGCAAATAGGGATCAGAAATGTGG13321TCAATATCACGCAGAATAAAGAGATACCATCTATACCCAAATCAAAATGGATGTTTTCAT13381AAGGAAGCCATCGAAGGCTTTCCACAAATTGAGATTTGGCCGTAGAAGGATCGAATTGTA13441TCCGAAGAACAGGGGGATACAAAAAAGTAATAAGAGAGGCGCACAGACCAATCAATCGTA13501TCGGTCGTATTCTTGAATTTGGAATGAAAAGAGGAGTAATGCTTCCTAGCACGGGAGAAA13561GAATAAGACCACTTAGATCAAAATACCATTGTTCTAACATAGAGTAGAATCGAAGATTGA13621AGAGATGAATTGACAACAGTCAACAGATGGGGGCCTAATTCCAATACAATAGGGGTCTAT13681CAGTGCAAGTCAGCTGAACACCGTGATTGATGAGTGGGTAGGTGGGTTAGGAGCACCTCT13741CGCCCAGTGGGAAGTAATGAGGCTAGTCTCCCCCCCCTGAATGAAAGAGTATTGGGGCCC13801CCTTCCTCTAACCTCTAAGGTAGACCCTTTCTTTTCTTTCTTTTGAATTTCCAATAGAGA13861ATCTTTCTAACTAAAAAAATCTCTCTGGCAAAATGCAATTCGTCGAGTTCAATCCAAGGT13921GCACCTTGACCTTTTTCAGGTAGCTTTCTTACGCCTATTCAGCTAGTGGGGCATTGGTCA13981TAGCCGAAATTCGTCGAAGGGATAAAAAGAAGAGAAAGAAAGGGAAGTTTTTCTTTCTTT14041CATTCAATAAAAATAAATAAGAGAACAAAGAAAGCACTCAAAAATGAAAGTTAGATAAAG14101AAGTGTCAGTAAGAACTAGCACTAGACTTCTTCCCCCCTTTCTACTTTTCCTCTCTCCTT14161TTGTGCTGTGCTTCCACCCGGGCTTTTCTGTTTTATAGAGACCCGAGGAGGAAATTTGAA14221TCCAAATTCATGTATAGTATAAAGGTGAGGTACTTTCCCCGGCATACGAAAAGAAAATCC14281AGGATGACGGCTTTCAAAAGAACGAGTAAGGGACGGGGAGAGGGATGCTCTCGAAACCAA14341ACGAGACTAGAAAGAACATGGGAATTAGCACCATTCATATGATTTGTCTCGAAGAGACAA14401CAAACAGAGGGGAAGCCCTCTCTCTATCTCGGTCTCGGTTTAGCATCATATATCGATCTG14461GAGAAAATTTGGATTGGTTGTAGTGCGGATTAAGGTTAATTAACCTCCATACTGTGGCTG14521TGGAGGTGGGTTCTGTCGCCGCCTGATAGAGGCAGAAGCGGGGGCCACCAGAGCTATCTG14581CATCGAGTCTTTCGATTGAAAGAGGAAGGGAGACAATTCAAATGCCAGCGCAGAAATAGA14641AAGAGTCGTGCTTTAAAGTGGAATTCTTCTAAGATCCATTGCTCGATTTTGCTGCATGCT14701CTGCTCCCAAAATGCAGAGAAGACTTGCGGGGGCAGATCCGGGTTGGTTGGTCCGGAAAG14761TCATGGGAGAGGCGGGCTAAGTGAAATAATAGACTATAGAATATTATGAATCACGCACGG14821CGCACTTTCTATATCTTCTACGTCTACAAGGTGAACAGCTTAGCTTACAGCACAGCGTGT14881TCGCTACCACACTGGCTGGCTTGTGCATTGGCCTTACTGTAATAAAAAAAAGTCCGAGAA14941GTATGACTCTTCGATTAGAACGCTCCATATCTCGTGACACGCGGAGCGTAGCATT