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In this study, we sequenced two complete mitogenomes from    Deroceras   laeve    and    Ambigolimax   valentianus   . The mitogenome of    Ambigolimax   valentianus    represented the first such data from the family   Limacidae  . The lengths of the mitogenomes of    Deroceras   laeve    and    Ambigolimax   valentianus    were 14,773  bp  and 15,195  bp , respectively. The entire set of 37 mitochondrial genes were identified for both mitogenomes. Compared with the mitogenome of    Achatina   fulica   , the  trnP _ trnA  tRNA cluster was rearranged in both    Deroceras   laeve    and    Ambigolimax   valentianus   . The secondary structures of tRNA and rRNA genes for the two species were predicted. Phylogenetic analyses based on amino acid sequences supported (1) monophyly of   Stylommatophora  , (2) division of   Stylommatophora   into the ‘achatinoid’ clade (i.e., the suborder   Achatinina  ) and the ‘non-achatinoid’ clade (i.e., the suborder   Helicina  ), (3) placement of the   Orthurethra   in the ‘non-achatinoid’ clade, and (4) monophyly of each of the superfamilies   Helicoidea  ,   Urocoptoidea  ,   Succineoidea  ,   Arionoidea  ,   Pupilloidea   and   Limacoidea  . The exemplars of   Helicidae  ,   Philomycidae   and   Achatinellidae   displayed many more mitochondrial gene rearrangements than other species of   Stylommatophora  .

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﻿Complete mitochondrial genomes of the slugs    Deroceras   laeve    (  Agriolimacidae  ) and    Ambigolimax   valentianus    (  Limacidae  ) provide insights into the phylogeny of   Stylommatophora   (  Mollusca  ,   Gastropoda  )

﻿Complete mitochondrial genomes of the slugs Deroceras laeve ( Agriolimacidae ) and Ambigolimax valentianus ( Limacidae ) provide insights into the phylogeny of Stylommatophora ( Mollusca , Gastropoda )

Complete mitochondrial genomes of the slugs Deroceras laeve ( Agriolimacidae ) and Ambigolimax valentianus ( Limacidae ) provide insights into the phylogeny of Stylommatophora ( Mollusca , Gastropoda )