Sentence examples for diverse model organisms from inspiring English sources

In diverse model organisms, asymmetric cell divisions result in two daughter cells, which differ not only by their fate but also in size.

In this review, we show that genetic mosaic and chimera studies provide a technologically simple way to delve into the organismal, genetic, and genomic inner workings underlying the development of diverse model organisms.

The study of PUF proteins in diverse model organisms revealed widespread roles for these proteins in embryonic development, stem-cell maintenance and neurogenesis [10], [11].

While routinely applied to diverse model organisms such as bacteria, yeast and rodents, application of directed gene targeting to human cells is much less efficient due to a lower rate of homologous recombination in human somatic cells [30], [31].

In particular, Gibson et al. (2006) [2] (hereafter referred to as GPNP) measured the CNN histograms in three diverse model organisms: Drosophila (fruit fly), Xenopus (frog), and Hydra (marine invertebrate), and observed that these histograms fall approximately onto a "universal" curve.

We constructed a curated set of ePK family profiles using previously annotated sequences from diverse model organisms.

It provides a template for the orthology-based inference of GPCR reactions for diverse model organism species, and can be overlaid with protein protein interaction and gene expression datasets to facilitate overrepresentation studies and other forms of pathway analysis.

From these studies, 78 miRNAs have so far been reported to be transcriptionally altered in pain states, but only 8 miRNAs have been replicated in more than one study, probably because of the diverse models, organisms and tissues profiled.

Since then, work in various model organisms has been instrumental in gaining insights into the mechanism and regulation of apoptosis, and in identifying the diverse biological roles of this process.

Such whole-genome analysis, when expanded to diverse taxa beyond model organisms, will likely generate novel insights into the relative frequency of horizontal transfer of different TEs and provide the evolutionary context of these lateral transfer events.

These results are corroborated by convincing empirical evidence the strong correlation between ncDNA and binding site accumulation from a diverse group of model organisms.