Sentence examples for extensively manipulate from inspiring English sources

P-bodies have been shown to play important roles in regulating viral infection, whereas their interplay with bacterial pathogens, specifically intracellular bacteria that extensively manipulate host cell pathways, remains unknown.

Similar to viruses, intracellular bacterial pathogens extensively manipulate host cellular pathways to ensure their survival and replication, impacting on host cell cytoskeleton, signal transduction pathways, membrane trafficking and pro-inflammatory responses, to name a few [21], [22], [23].

The observed deregulation confirms that aphids are able to extensively manipulate plant physiology in relation to their nutrition status [ 1, 85].

Using several short, well-known, extensively manipulated sequences of Kurt Cobain of Nirvana in concert, it meditates on the flamboyant suffering and often self-destructive impulses of the stereotypical young artist, especially the male one.

The physical characteristics of Sol-gels have been extensively manipulated for enzyme immobilization and these gels have attracted the attention of biotechnologists.

Moreover, because forests are valuable to humans for the products and services that they provide – especially wood – many forest ecosystems are extensively manipulated and modified by human societies, often disrupting the natural ecological patterns.

Since then, a similar strategy has been extensively manipulated in the lactococcal system by initially using sortase mediated cell wall anchoring motifs such as, LPXTG casein serine protein from L. lactis PrtP protein [ 35], S. pyogenes M6 protein [ 36] and Staphylococcus aureus protein A (SPA) anchor [ 37].

Dielectrophoretic (DEP) forces have been used extensively to manipulate, separate, and localize biological cells and bioparticles via high-gradient electric fields.

A large body of research in this area has demonstrated extensively, by manipulating different types of external representations, that external representations play an important role in affecting task performance [6], [7].

Today, genetic engineering is used extensively for manipulating L. lactis.

Genetic engineering is used extensively for manipulating this lactic acid bacterium, while electropolation is the most widely used technique for introducing foreign DNA into cells.