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The superfamily   Yponomeutoidea  , one of the early-derived groups in the order   Lepidoptera  , consists of 11 families. However, mitochondrial genome (mitogenome) sequences, popularly used for phylogeny and evolutionary tracing, are available for only seven species across six genera and five families. Thus, a larger variety of mitogenome sequences in   Yponomeutoidea   are required to improve our understanding of lepidopteran phylogeny and genomic evolution. In this study, we present the complete mitogenome of    Atteva   aurea    (Fitch, 1856), the first species in the family   Attevidae   (superfamily   Yponomeutoidea  , order   Lepidoptera  ) to be sequenced. The complete mitogenome comprises 16,329 bp and contains a typical set of genes and one non-coding region. Within   Yponomeutoidea  , the mitogenome of    A.   aurea    has a unique  trnI - trnM - trnQ  arrangement at the A + T-rich region and  ND2  junction and  trnA - ND3  arrangement at the  trnG  and  trnR  junction. Twelve of the 13 protein-coding genes (PCGs) of    A.   aurea    have a typical ATN starting codon, whereas  COI  has the atypical CGA codon, which is frequently found in the starting region of lepidopteran  COI . Phylogenetic analyses, based on the concatenated sequences of 13 PCGs and two rRNA genes, using the Maximum Likelihood method, revealed a sister relationship between   Attevidae   and   Praydidae   with moderately low nodal support (bootstrap support = 64%).

The first complete mitochondrial genome in the family Attevidae ( Atteva aurea ) of the order Lepidoptera