Sentence examples for highly reorganized from inspiring English sources

Our results indicate that cytotoxicity of nactins may be related to their highly reorganized ionophore in presence of ion leading to tightly bound ion that cannot be delivered at site of action.

Moreover, Moore et al. [ 3] showed that the nucleolar proteome, especially UBF1 foci, becomes highly reorganized after cell exposure to UVA irradiation [ 3].

In a more recent study that characterized a highly reorganized multiple myeloma genome [ 10], close to 29%% of all marked up molecules were assembled.

Hemipteroid insects are known to possess highly reorganized mitochondrial genomes, but in the suborder Heteroptera (Insecta: Hemiptera), there was only one complete mitochondrial genome sequenced without gene rearrangement and the phylogeny of infraorder Pentatomomorpha in Heteroptera was still uncertain.

Gene order and chromosomal synteny have been lost when comparing with S. pombe (fig. 2), presumably because of the highly reorganized chromosome structure to retain centromere function in fission yeasts (Rhind et al. 2011).

Additionally, plant metabolism is highly reorganized under a range of different stress conditions including salt, cold, drought, and oxidative stress (Kaplan et al. 2004, 2007; Gong et al. 2005; Sanchez et al. 2008, 2012; Alet et al. 2012; Siahpoosh et al. 2012), allowing plants to continue to produce indispensable metabolites while preventing the accumulation of reactive oxygen species.

The vocals are from Jay-Z's "The Black Album," and the musical bed is a highly processed and reorganized version of the Beatles' "White Album".

Endothelial AJ were highly dynamic and reorganized continually.

Because duplicated IGS in the 25S rDNA sequence is similar with normal IGS in appearance feature while IGSs of 25-18S rDNA were highly amplified and reorganized.

Australopithecus retains many primitive apelike traits, but, unlike any ape, it is fundamentally reorganized and highly specialized for walking upright.

The bacterial genomes have been shown to be highly plastic and are frequently reorganized through genetic rearrangements and gene transfer, which can help them adapt to distinct ecological conditions [ 38].