ArticleThe Journal of eukaryotic microbiology
Mitochondrial Genomes of Klossia Species: The First Complete Extrachromosomal Sequence Data From Parasites in the Monoxenous Apicomplexan Family Adeleidae Mesnil, 1903 (Apicomplexa: Adeleorina).
Article in The Journal of eukaryotic microbiology. The graph could read no effect estimate from its abstract, so it casts no vote on the map. Not yet cited in PubMed.
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Abstract
Complete mitochondrial genomes were sequenced and annotated from three Klossia species (Apicomplexa; Adeleorina) infecting snails in North America and Europe. Mitochondrial genomes of K. helicina (type species-NC_058857.1; 6728 bp), K. razorbacki (NC_058856.1; 6775 bp), and K. vaderbriani (OM891106.1; 6757 bp) were circular-mapping with the same gene contents and organization with 3 CDS regions (cytochrome c subunits I [COI] and III [COIII], and cytochrome b [CytB]) interspersed with 37 large and small ribosomal DNA fragments. Content and organization of mitochondrial genomes of Klossia species were shared with Legerella nova (monoxenous adeleorinid protist infecting pill millipedes) except for the reversed coding direction of one rDNA fragment; Haemogregarina species (heteroxenous adeleorinid protists with leech definitive hosts) mitochondrial genomes shared similar genome organization but lacked 2 rDNA fragments found in those monoxenous genera. In contrast, mitochondrial genomes of the Klossia species differed markedly in organization from Klossiella equi, a monoxenous adeleorinid protist parasite of vertebrates. Pairwise comparisons of the CDS regions of the Klossia species to other adeleorinid protists confirmed the close relatedness of monoxenous L. nova (Legerellidae) to monoxenous Klossia species (Adeleidae). The diversity of mitochondrial genomes of monoxenous adeleorinid protists infecting invertebrates has only begun to be explored.
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