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

Mitochondrial DNA

Mosla_chin_17

Mosla chinensis mitochondrion, homology-derived annotation

Organelle recordFASTA
SpeciesMosla chinensis
Sequence typeMitochondrial DNA
Length19789 bp
Displayed coordinates18001–19789
>Mosla_chin_17|Mosla chinensis|mitochondrial
18001CCCATTGACTCACTTATGGTGCTTTAAATGGCAGATGGAAAGGTCGAACTCTCTTTCAGA18061GCCTTCCTCTTGGGGATGGGGAGCAGACCTAAGTCTATTTAGAAAGAGACCGGTTCTTTC18121CTCTCGCAGCGTTGGGTGGTCCTATTGCTGACGGAAAAGGCAAGTTTTCGAGTTCCAGTG18181CGTTCTGTACCTCTTTCCTTTGAAGGCTGGCTGACTCACAAGTATCAACAGCAGTTACGG18241GATCACTAGTAGATTATGGCAGTTCATGTTCTGGGACGGGGGTCAAGTTACATAAATGAG18301AGAGGCTATCCGGCGATCCAGGGCGGAGGTAAAGCGCAAGGTAAGCTTTAGCTTCTGTTT18361CCGGTTTGATGTTTGTGGCGAGGCAAGGGCCTATCGATCTTCTTTCTCACCTGAACGAAG18421ACATCTTCTCTTATTCAATTTCGTTTCGTAGATTCTCATATTATCAGGGCTACTGTCCAA18481GCCTTCTATGGCTAAGGCTAAGGGAAGATCTTTTTGAACCGTATGCAAGTAAATAAATTT18541AATCGTTAGTTTGGCCGGGTCCATGGACTCGCCGGGCGTTGACGTTGAAAGGCTCGTTTG18601TCAGTAATATGATTTGTCGGTGCCATATTCTTTTGTTGGTGCCACGGCTTAGAATTTTCC18661CGAATTGGAATGATTTTCCTTGGTCAAACAACTAGAAAAGTCGTCTTCTCCTCAACTAGT18721TAGTACGAGGGGGCACTTTTCCGTAGTTGTGTCCTGTAGTTGTCCTGGCTTTACTAGTCT18781TCTAGCTTACCACCAGTCTTCTCTGATCCTTAAGCTATTTACGCTTCTTTAAAACTCCCC18841CTCAACTATCAAGTCTCGGTCCAGCCCTGTTGGGGTTGGGTATAGGTAAGCCATCTTTTA18901TCAGTTCTCTTTGCCGTAGCCGCCCAGCGGGCAACTGAAGTAATAGAAAATGCTAGTTGA18961GGCAACTAGAATCGACATGACATCTTTTGCACCAACGGCATCAAGAGCCGACATGGGCAT19021TGTTAAACATTGCTTCTCTGTCATTGGGTTCTCCACTTACTCTATTTTCTAGTTCCCAGA19081AAGGAAAGGGGGAATCACTTTCTTCGCTTGCGCTTTTCCAATATCGCCTTAAAGTCCTTT19141AACCACACATATCCTTTATAACTGTATATATCTCTCCTTTTTTCATTTCGATCTATCTTC19201TTTTGGGCTAACGGCTTAGAGCTTTTGAGTACGATGGCAGGCCACATGCTACGCCCGGGC19261CTAACCAACACGGGCATTGCTTCTCTTACGACATTTCGTCTTAGATTCTTATTATCAGAA19321AGGCACGGGAGTAAGATTCTTTTTCTTCAATCAACTAGTACAAGAGCGCGCTTTTTTTCT19381TGTCGTTAGCACGCGGGCACCTAGCGGTGTCTCCACTTCTTCTATATCTATATTCGGGGA19441GGGATAGATAATTGATTTTCCTCTTCGGCTTTGGCCTTTGGCCTTCTTTCTGCCGCCTGG19501TATCCTAGGCTTAAAGGAGAATCATATACGTACGGGCCAATCAGGGCCCAAATAAGCGGA19561GAAGGGAAGAAAATAGAGAATTGTGTTTTAATGAGCCGGCCCCTAATGTCCTAATCTTTG19621GATTGATCACTTCTTCATTTACCTGGGGAAGGGCATTGCCTCCGTTTTCAGCCATCATCG19681GACTCGTGTAGTAGATCATCGAAGGCTGGGTTAACGCAGGAAAAAGATCACATATCATTT19741GATAAATGGAAAATCCAGTTAGAACAAAAAGATAACTGACAATTAAGAA