LamiOmicsDB Lamiaceae Multi-Omics Database
v1 808 species · 3 phylogenies · 6,313 gene sequences

Mitochondrial DNA

glechoma_longituba_01

Glechoma longituba mitochondrion, homology-derived annotation

Organelle recordFASTA
SpeciesGlechoma longituba
Sequence typeMitochondrial DNA
Length514219 bp
Displayed coordinates186001–192000
>glechoma_longituba_01|Glechoma longituba|mitochondrial
186001TTTTACCCTAACAAAACTCTTTTGGTTTACTTTACTCTAGGTTGGGGAAGTCAAATGAAT186061CCTTGTTCATACATCGGTTTCTCTGGTACGAAATGAGCCACTTCAAATAGGTTCATTGCC186121CCCGCCCAGAATACGATTAATCCGGCATGGGCTACATGAGCTCCTAGTAGTTTACCGGAT186181AAATTTATAAGTCGGGCATTTCCGGCCCACCAAGCAAAACCGGTGGTTTCTTGGTCACGA186241CCAGCTACAGATAAAGTTCCATTAAAGAGCGTTTCCACGTGGTAGAACCTCCTCAGGGAA186301TATAAGATTTTCATGAGGCTGATCTTGAGCCGCCATCCAAGCACGAATACCTTCGTTTAA186361TAGAATATTTTTAGTGTAGAAAGTATCAAATTCCGGATCTTCCGCTGCACGAATTTCTTG186421AGAAACGAAATCATAGGCACGTAGGTTCAGGGCCAAACCGACTACTCCAAGAGCACTCAT186481CCATAAACCGGTTACTGGTACAAATAACATAAAGAAATGTAACCAACGTTTATTGGAAAA186541AGCAACCCCAAAGATTTGGGACCAAAAGCGGTTAGCGGTGACCATGGAATAAGTTTCTTC186601GGCTTGAGTTGGGTTAAAAGCACGGAATGTATTTGCACCATCACCATCTTCAAATAAAGT186661ATTTTCTACGGTAGCACCATGAATAGCGCATAGCAAAGCAGCCCCCAATACACCGGCAAC186721TCCCATCATATGAAATGGGTTGAGCGTCCAATTATGAAATCCTTGAAAAAAGAGGATGAA186781TCGAAATATAGCTGCAAGACCAAAACAGGGTGAAAAAACCGAAAGCCCTTCTTTAAAAAA186841AAGAAAAGTTCCCAGATACATGGCTTACATACCCGGCTCAACATTCTTAGAAAACAATCG186901AATCGAGGGTCCGGAGGAGAATCGGCCATTCAATCTTGTGAACTAATCGAGACCGAAATT186961GGAAAAAGAGATACGAACGGAGAGGAATAACCAATCGATGAAAGAACATGAAACCATTCT187021GTTTCAATAGAGGTACGAGAAAGGGTTGGGGGCAATGAAGTAGGTGAAGTGGTTGGATTT187081TGCGAGCTGTTCCAACCACTGCTGGATGTGATTCCAAGAGCCGAACGAGAATGAATACCA187141CACAGAAGAGTCAAGACCAGGCTCCCTAATGGAATGTTTAACCGATCCATTCCGGATCGA187201CCGAATTGGTACGGAAGTTGTAACATGGGAAAACCACGGAAAACACGACTTATTTGAATA187261ACCCGGTGACCCACCAATTGTAGAAGTAGGATTTTTTGAAAGCAATAAGCACTTAAATAA187321TACAATTCAAGTATACCATCTTCTTTCTCATTTCGAGGAAAGGGTGCGGAAGGAAAAGGA187381AACAACGGAGGGATCCGAATCGGACCTAAATGGGAATGACATGAAAAGTCTTTTTCAAAA187441CCTAGCATTAAGGGCGTTACGACGATATACGAGAGAAATAGAGAAAAACTCGTGATTGGT187501GTAGAGGAGAAGATCTGTTTATGATATAGTTCAAGAAAGAGTCGTCTCATTTCCTTACTT187561CTTCGTTTTTTCTAATTCATTCACTTCCACTTCAAGACTGGTTCTGAACGCCGCGTAACA187621TCATCTTCAACCAACCTCCACCGTACGTACCTTTCGGTGCGACCACTAAAGAATTGCTTA187681TACACTAAAAAGCTGCTTATATACGCTTACTAAAAGACTTACTTTCATTCATATTCATTA187741GGCCAGCGTGAAACTAAGAAAGAGAGATGTGCCTAAGGCGGCATGTAAGCAAACTGTGCA187801CGCTAAGAGAAGAGGAGAGATGCTCGCAATTACTACCACAAGAAAGCCGCCCCCTCGAAA187861GTGGCCCGTCACTTCGTTCGTACCTTCTTGGCTTAGGCTTTCAACTGAACAACATGGCCT187921TGCCGCCCCGCCGCTAGCAGAAGCTAAGCGCTTGAAAAGCGCGCTAAGAAACCTTGCTTC187981TGTCGGCCTTTCTGTGCAACAGTCCACCAGTAGCGGAAGAGAGGGTTACCGTACATACAA188041GAGTATTCCAGTTCTTACGGAAGCTCTTTCTTACCAGTCAAGTAGTACAACAGCTCTATC188101TTACAGCCCGGCGCGGCGGGTCGCCTTTTGAATTCAGTAGATGGAAGAGACTATTAAATA188161GATAAGGAGTAGGTGAGTGAATGAGTCCTCACTGACCTGAGCGATTTCGATCACCTAGCA188221GGCCTTTTATTTGGTAGGTAAGATCGCCAAAGCGTATCATTTGGCTACGAAGGAAGGAAC188281TCGAAGTGAAAGGGCCCCGACTTCTTTCCTTTCCAGAATTAGAGTTCGACCGCAGCTTCC188341CCCCCCTTTTTTTGGGGGGATCAAGTTCCTTGCCAACTGCCAACTATCGACTCCGATCTC188401TTTTCATTTGTTTTGGGTATTACCAAACCTAGCCTAGCCTTTGTCAATCACACTAAAGCA188461GAGCACCCAATTATGGAAGAGCCTCCTTAACTTAAACTTAAGGGTTGGTTAGCTTAGTCA188521ATCCGGCCCGAGACGCGTTCGTTGACAAAACCGCCGTAGGAATTCCGACTTTTCAATAGA188581GCGGAGGCGAACTGAGATCAACGAGAAGGAGGCCCTACTCACTACAAACGAATACACCAC188641AAGATCGAACTGCACTCATGCCTCCACCGCATCAAGTTGACCGCCCTCCCGTAGTAGTGA188701TTCTATCAATCATGTACGTAGGGAGGACCTTTCATTCTGATTGGTATATCATGAAAAAAG188761AAAGCCATTTGCACCAGGCGCACTGCGCTTTCCCTTGCCCAGATGTTTGCCTTTCTAAGT188821CAAGTAATGGTGACCCTAGAAGCCTGGAGCTTCGTAACATGTTGACGAAGACCTCCGAAC188881TGAGGGTTCGGTCAGTAGAAGGGACGACTTTGTCTCCCCGGAAGAAGAATAGCCCCGCTC188941TCTAGCCGACTGATCCCCTTGATCATATATTGATCATATAACTGGGAGGGAACGTGTCAC189001ATTAGAGGTGAACGATCAGAGGTGTCCTCTAATCACCACGATGAGACTGGTCCCTCTTTT189061AGTAGACTCAGCTATGAATATGAATGAAGAAATGAATGCCGGGCTCTTTCTTTCACTGCT189121AACCCCAAGAAGTTTCTTTGATACTTTCTCTTTCGTCGAGCCCCGTGTGGTCCTCCTTTG189181AGTGTGGATTCAATTGGATGAATCTGTCATGTCAAGTCAAGGAAAACGTACGTAGCAGCA189241AGGATGGTGCATCGCCTATTTCTCGTTCTCGCTCGGGAGCCAAAACGAACACGCCTGCTA189301CCTACTGTACTGGACCTTCGACCAGGCATTCTACCTTTGTCGAATCGGAACCGCGCTCGA189361ACAGTTGAGCGGCTGGAAAGAAAGACGACCTCACCTTCTCGTAAATGGTGTCAGTGAGAG189421CAATTTGAGTATCCCCCGTTGACCTTATAGAATCTTCAATGAGTGGAAAGAAGCACCCAA189481CCTAATAAAATAAAGGGCTTGTTGAGTAAGGCCGGCTTTCGAGCCCAAGCCTACGTTTGC189541TTAGTAAGCTTGAGCGCATCTTTCTCATATCAAGGCTTTCTTTTCATTTTCAATAAGGGG189601CGCGTTAGCTAGGCCGTTTTCTTGCAGGAGTGCTAACGCGCGCCCTTACCCTTACGTCTT189661GCTCTGCAGTACGAGCCTCATACAGAGCCGCGCTCCTTTAATATGATGAGAAGAAGGGGG189721GCCGCCCTCTTTTCCGCACCAATCCTTATTTACTACTACATGGGGGGTGTATAGCTCAGT189781TGGTAGAGCATTGGGCTTTTAACCTAATGGTCGCAGGTTCAAGTCCTGCTATACCCAAAC189841CTACCTTACACTCTACTATGAGTAAGTAAGGATGCGTAGTAGCGAACAGATCTCTCTCTT189901CCTATGAATGTGTTGAGGAAGAAGATTTCGCTCAATAAATACAGTACAGTAGGTCAGGGT189961AGTGAGTGGTACACCTATCACTCCTCTAAAAACAAACTATCCTTCACTAGTACACTATAT190021ACGCGCCTTATAACTACTATACATAACATACCCCTTAGTCCCTTACTAGTACCCCTACTA190081CAGCTACAGAAAGGCCTTAAGCAAGGAGAAGGGGAAAAGGACGGACACATACTAGGACTG190141GTGGAAGTAGAAGAGGAGCAGCTCCTACTAATCCCTATACTAATAGAAGGGGTGCAATGA190201GTAGAAGAACTAGGTGAACCTAATAGCATGGTACTAAGAGATGGGCGTCCTAGCCTCCTA190261CTAAGACAACTGGCACTTTCAAATGGGACGACTAGCCGGGCAGAGGAGATGCTAGCACCT190321ACCATTGAGCCAATCCTATTAAGACTAAGAAGAGTCAAATGATAGAAAGGAAGGATTTGT190381TCCATTGTTTGTTGCATTGTCAATCTTTGTTTGTTTGTGTTGTCAGGCGGGTAGAAAGAA190441AAAGAAAATGAAAGAATAGGAAGGGAGCACACGCAAGAATACAATACTGGCGCTCCGCAC190501GTACATACACGATTCCACTCTTTTTCCCTATAAGATAAGGTAAGGGAGCGGTTTTCACGT190561ACATACGATTGCACTTGGGGAATCCTACAGAGGGGCTGCCATCTATGCGACTTCGGAGCT190621GCTATCTATGCAATGAAGTCAAACGAAGCAGCGAACCAATGCACTTTCCCGGGATGGAAT190681TTGTTCACTTTAAACCTTAATAGTTTACCGTAACCCCTAAATACCCACCAGTTGTTAATA190741CCAGGCTAAGGCGATAGATAGAATGGTCGACCACTGCGGACTTTTTAAGCAGCCGCTTTC190801CAAGCCATAGTTATTCATCTCATTGCTGTCCCAAGTGGGGCCCGATCCCGAGAAAAAGTA190861TTGTTCTTTGCCCAATATCCGGCACCAGAGCCCAATCTTAGCAATCCAAATTGCGAGTTT190921GATAATAGGTTAGGGAGGGTCATTCTCTGTCTTTCTTTGAGTACGCTTCCTAATACGAAA190981AGTCAAAACTCAAACTCCGAAGCGAAGTAAGCTTCGAGGTCATAAGCCCATCTGCGATTC191041CCTCACTCGCTAGCAACCAAATGGGATTTCATTCTTCGATTCCGAGTTCGCGATCAATCT191101GCCGATTAACCACTGATTCAGTGAGATCATGTGACTTCTTCTTTCGACCCTAATTCCGAG191161AGTGCGCACACCTGCAAGCATCCCTTATCCAGCCGTTGGGCGGTTCACCCCCTTTCTCTT191221TGCCCTACTCCTTACTACGCCTTCGCGCTACTAACCCTTGCCTTGACAAGTCCCTCGGGT191281TCAGCTCAGGAACAACGAGAAAGCAAGGCCCGAACTAGGCGGCTTATGTACCCTTGGGGG191341AAATCCGCGCTGGTTGTCGAACTCAGAACTCATTACCACCAGGGGCAGCAAAGCAAGGCT191401CATTAGCAACATTAGCTCGGTAGCTCCCTTAGTCAACTCAGTCCTGCTATGAAGTTAGGA191461AGGCAAGTTTAGTACACACATGAATGGAACACGAAGAACGGAAAGGAATTCATGATTATG191521TACTTGTTAGATGCTTAGAAGTCCTAGGACAGGGAACTGACAAAGGAAAGGCAGCCAGCC191581ACAACTGGACTGGACATCACCAAATAGAAGCTCTTCCCCTTCGGAACCTTTGTTTGGCTA191641ACTCCAACTCAGAGATACAGGGAGAGAGAACGAATAGACTGGATAAGAAAAGGAAAATAC191701AGGTGATGGGTGGTACACCTTCTTCTTTCACTTGCAAAAACACGCCATAAGGCCGGCTTT191761CAGGCAGACAATCTTCACTAAACTCGAGCCATAAGGGTGGTTTTTTCTCCTTGTGTAGCA191821AAAGGGCTAAGCCATCTGGGAAGCATTTAGATAGTCTGGCTAACTCTAAGCCAACAGAGG191881CGCAGGCATAGTCAAGGGTCGCTTCAGGATTTCCAAGTATGGTGACAAGAATCCAACACC191941AGTAGAAGGCGCTTAAGTGGTTGTGGTTTATCCGGTTCACCGAGGAGCAGGAAAGGCAAA