… and how it may reveal aspects of genome evolution in this group. The Triatominae … genome
size variability of triatomines and their contribution to understanding the genome evolution …

… with the mitochondrial genomes of Triatoma rubrofasciata, T. infestans, and Triatoma dimidiata
to explore evolutionary relationships with the other Reduviidae species and between the …

… hypothesis on the evolutionary history of Reduviidae. The inclusion of multiple Reduviinae
taxa has significantly improved our notion of the overall Reduviidae phylogeny. Fossil-…

… gene rearrangement in Heteroptera. The … Reduviidae with high support values. Our study
provides deeper insights into the evolution of mitochondrial gene arrangement in Heteroptera …

… maternal inheritance, small size, simple genomic structure and fast evolutionary rate [1,2]. …
various taxonomic levels (evolutionary divergences). Generally, the mt genome of insects is a …

… The remolding of duplicated tRNA genes is a rare event in insect mt genomes and this novel
mt gene rearrangement in assassin bugs improves our understanding of the evolution of mt …

… in other hemipteran groups. Since no other chromosome-level assemblies of Reduviidae are
… ) and thus constitutes a single genomic locus with shared evolutionary history. We did not …

… and evolved, we need the high-quality 153 genomes of … 154 bugs (Heteroptera), the largest
suborder of Hemiptera. Under … in 423 the light of genome evolution. From multiple layers of …

… genome evolution in organisms with holocentric chromosomes is restricted by the lack of
primary constriction or centromere. An interesting group is the hemipteran … use of genomic DNA …

… distribution and evolution of repeated sequences in Triatominae genomes by Genomic in
situ Hybridization using Triatoma delpontei and Triatoma infestans genomic DNAs as probes. …