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

Mitochondrial DNA

Mosla_chin_11

Mosla chinensis mitochondrion, homology-derived annotation

Organelle recordFASTA
SpeciesMosla chinensis
Sequence typeMitochondrial DNA
Length2203 bp
Displayed coordinates1–2203
>Mosla_chin_11|Mosla chinensis|mitochondrial
1AAAATCTTCTTGTTCTTGAAATTTCTTGTTTGGGGTCTTCTTATGGTTCGAACTGGCTTC61ATCATTTATGAGAATATCTCTGCTCTATTTGCATCATTGCCTACTTGTCATATGATGGCT121GGAGCTGGATCTTCCGTCGGAAGTGGAGATTCGGGCATCAACTCCGGATGGACATCCCTC181CTAGGAAGTGGGAATGGGAACAGCTCTAGCGGCAGTTCCGAAAAGTGAAAGGCGATTCCA241AAAGTGATTTGCTTGTCCAGTGGTACTTGTCGCTTTTCTCCGAAGGCTATTGATGGGGGA301TCCAAACTAAGGGATATCACCCTACTTATCTAGATCAAATAGTCCATCTCTTTCGAAGTT361ATCTGCTAGCCTAGGATCTCAACTGCAAATTGATTGTGTTAAGCATAACACTACGTTTGT421TTACAAATCGGCTAGGCCGGCTAAAAAACCGGGTTTTTGGCATAGTTTAAAGCTCTTTTA481TCGAAAACGATTACTATACGAAATACTTAAAAAGCTAACCTCCAAAAGGACCTCTTCTTA541GTGATTCATGTCAAAAATACGGGTTTTGGCGACGCGAGAGTACGTCGAATTTATGTTTGC601AATGGCAAGCAAAAGAGAATAAGTTCTCCGTTGATGTCTCCCCTCTGCAATAGGCCCTAC661TAAATAAGGCGGTCAGAGATGCTATCAATCAATCTATTCAGGAAGAAGAACGAGCAAGAT721CGCTTCTCGCTTTCAACCGGGTTTGTTCCAACCCTAGTATGGTGTACACGTCAAGAGAGG781TAGAAAACGAAAGGCGATAACACGACCTGTGGATTCAGCGATGCTAACCTGTATATTCCG841CGAGAAAACTCTCACCTTCAAGTGCTCTGACATCAATCAATGGATTGTTTGTGTTTTACG901GCTAAACCGGGAGATGCACAGATTCCTCAAGGCATTGTTTTTCTACGAGCAGTAAGAGTC961TAAGAAAGGACAACTGCTATTGAATGCGCTGTTGTTGCTGAGTGAATAACCGGTCTTGTC1021GTATCAGCTGTGATGTTCTCAATTGAATCGAATGAAACCTGGCTAAAAAGAGACTCCTTA1081TCTATGTTACTCTTTCCTATCTTTGGCTTATGAGAGACGGGAGAGACACTGTCTTGCCTT1141TGCCCGTGTTCCTATTAGACTTGAGGGCTTGGACTAGAAAACCACTGGGGACTACTACTC1201TTAATGTTACCCCTACACTGATCCCATATATGATATGGCTCGGAATTAGCCTACGCCATC1261GAAAGATAAACTGGCTCTTACACAATAAAAGACAATAACGCTCCGTGGTAAACTCTTTCC1321CGGAAGAAGATTTATTGAATTCCCGAGACAGATTTATAGATTTTTCACATCAGTCAGGTT1381GTGACTCAAATAACAAGGATCTCCAATCAGATAGAAAGTATGGCTTGAGGTATCCCTCTA1441CTAGGGAATTGCCCTTAGGATTTGCGTTAAGGATTCTTGAATTGTATAAGGAATAGGAAG1501AAGGTTGTGAGTCAAATAAGGGCAGGAGGACTAGAATCATCTTCTTTTTATTAATTCAAT1561TCCTTCCCCCTCTTCCTCCCTATCTATCACCCTTACCTTCGGATCCTTCAATTCCCTCAC1621TTCCCTCCTTACCCTCCGTACCTGATAGTCCCTCTGAAGTAGCACAACCGGTACCTGTAG1681CTCCACCTGTGGATCAACCAATTCCACCACAATTTCCATTGTTATTTATGGATCATGAAC1741GAATCGACCAACTCACGGAGATGTTCCGTTTCTCGTACCTAGGAAAAAACACCTACGAGG1801ATTTACTATCTTTAGATAGGAAAGTCCAAATAGCGATTGATGTCGAGAAAGGAATAGAAA1861CTGCGTTACTTCGTGATGGGTATGATCCAAATCGGATCCGATTCAAAATAAAAGAAATCC1921GTGATATCCTTTTTTTTAGCCATAAGCTTTTATCCAATTCGACACTTCTCTCTTATCAAC1981GTGAAATCAATGAAAATATAGATTTCAGTCGACCTTATCTTAAGATTATAAAAGCTTTAA2041AAAAAAACGATCTTATTTTATAAGTTTTTGCTTTTACCGCAACTGGCTTTCATGTGATTA2101TAGGTACTCTTTTTCTATTGGTTTGGGAATATGGACCGGTCGAAGGTTAAGACGGAGAGT2161GGAGGGGCCCTGCTAACTTTTCTCATCTGGTTTTTTTGGTCTA