Sentence examples for which is characterized for from inspiring English sources

The site was located in the western part of Jharia coalfield which is characterized for the long history of land degradation, hostile climatic conditions, different tree species composition and slow succession process.

In these cells Brucella survives in a replicative niche, which is characterized for having a very low oxygen tension and being deprived from nutrients such as amino acids and vitamins.

Our group previously described histologically the model, which is characterized for arteriolar hyalinosis and glomerulosclerosis.

This SMC hyperplasia (arterioles) or hypertrophy (conduit arteries) requires a shift from the resting to the activated phenotype (Scholz et al, 2000; Davis-Dusenbery et al, 2011) which is characterized, for example, by a decline in myocardin, a pivotal determinant of the expression of SMC marker proteins (Pipes et al, 2006; Parmacek, 2007; Pfisterer et al, 2012).

In the course of phase transformations in bioceramics, needle-like grains are formed sizing within 1.0 19.5 μm, which is characterizing for wollastonite, whereas in BHA/glass composites, individual grains are hardly distinguished due to the material vitrification.

Reverse genetics was used to generate recombinant mutant viruses which were characterized for growth, NA activity and NA inhibitor sensitivity.

Optimizing these factors led to reproducible membranes, which were characterized for hydrophobicity, roughness, surface charge and molecular weight cut-off (MWCO).

The toxins studied were CssII from Centruroides suffusus suffusus, Cll1 and Cll2 from Centruroides limpidus limpidus and a novel toxin from Centruroides noxius, which was characterized for the first time here.

Addition of DNA to the liposomes formed lipoplexes, which were characterized for binding, size, biocompatibility, and transgene efficiency.

The addition of plasmid DNA to the self-aggregated liposomes formed lipoplexes, which were characterized for their physical properties and capacity of DNA complexation.

This analysis showed that for the majority of genes, Ciona evolves faster than all vertebrate groups, including the nonplacental mammals, which are characterized for having the fastest evolutionary rate among vertebrates (Berná et al. 2012).