Three of the introns within the mitochondrial genome encode homing endonucleases that are phylogenetically nested within those found in fungi, rather than algae, suggesting a possible case of horizontal gene transfer. terricola contain a number of mobile group I and group II introns, which appear to have invaded separately. Both the chloroplast and mitochondrial genomes of G. Despite these shared features, the chloroplast genomes of Chaetopeltidales appear to be highly rearranged when compared to one another, with numerous inversions, translocations, and duplications, suggesting a particularly dynamic chloroplast genome. The chloroplast genome, measuring 428,981 bp, is one of the largest plastid genomes published to date and shares this large size and an incredible number of short, dispersed repeats with the other sequenced chloroplast genomes in Chaetopeltidales. The mitochondrial genome (66,927 bp) represents the first complete mitochondrial genome published for Chaetopeltidales.
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Organellar genomes were assembled, annotated, and analyzed using a variety of software packages. Light microscopy was used to characterize its vegetative morphology. Gormaniella terricola was inadvertently isolated from a surface-sterilized hornwort thallus. and characterize both of its organellar genomes. Here we describe a new taxon in Chaetopeltidales, Gormaniella terricola gen. Papers presented at the esd-Conference can be. For each individual conference, partner institution can act as co-publisher. The publisher of the Scientific Book is VADEA d.o.o., Varazdin. Chaetopeltidales is a poorly characterized order in the Chlorophyceae, with only two plastid and no mitochondrial genomes published. Papers accepted for the esd-Conference will be published in the international Scientific Book of esd-Conference Proceedings in paper and digital format.
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