Sentence examples for extensively controlled from inspiring English sources

Poultry carrying the H9N2 virus are likely the incubators for the establishment of novel human-infecting avian influenza viruses, so that the live poultry markets and live poultry trade need to be extensively controlled (Gao, 2014; Liu et al., 2014).

Our study indicated that low plasma HMW-adiponectin was a strong and independent risk factor related to MetS in Chinese when diet, lifestyles, adiposity, inflammatory factors leptin and sOB-R were extensively controlled.

In addition, we extensively controlled all associations for potential confounders including season of examination.

Studies to date have been regional, have not extensively controlled for individual characteristics and have applied varying approaches to density measurement.

All three contrasts compared flies that carry genetically identical sex chromosomes that differ only in their parent-of-origin, and they were tested in a common autosomal genetic background and under extensively controlled environmental conditions.

The systematic dissection of the impact of (combinations of) individual culture parameters on transcriptional regulation enabled by chemostat-based microarray analysis can be applied to interpret transcriptome data generated in less extensively controlled, but highly relevant cultivation conditions in industry and in the laboratory.

The Berkman Center estimates that about three dozen governments — as widely disparate as China, Cuba and Uzbekistan — extensively control their citizens' access to the Internet.

To extensively control the nanofiller arrangement (location, orientation, shape) is still a bottleneck for multi-wall carbon nanotube (MWCNT) nanocomposites.

Our results suggest that suicide rates are pro-cyclical with respect to the business cycle (measured by changes in the unemployment rate) after extensively controlling for divorce and fertility rates.

Single miRNAs may regulate hundreds of different target genes at the post-transcriptional level, and extensively control more than 30% of animal genes [ 3, 6].

In particular, IFNγ appears to extensively control iron distribution and availability by directly modulating the expression of a number of players in iron metabolism, including ferritin (17), the transferrin receptor (17, 18), the iron exporter ferroportin (19), its peptide ligand hepcidin (20), IRP1 (21) and the iron symporter NRAMP1 (22).