Sentence examples for be 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).

The transcript data generally is somewhat inconclusive, and it would be wise to include a warning that there is no necessary link between transcript levels and protein levels, especially in a mitochondrial system where the stoichiometry of subunits appears to be extensively controlled by post-translational modification.

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.

It will be extensively documented and controlled in the analyses, when children and/or parents receive treatment during this period.

Since the NRI-N K104Q) NRI-N K104Q not been extensively studied, control exproteints were performed to verify thad the relationotip beenextensivelystudiedation and phospho-transfer rates was as expecontrol

The polyester, for example, poly(ε-caprolactone) (PCL) exhibits good biodegradability and biocompatibility and is extensively used for controlled drug delivery and tissue engineering applications in several formulations.

While SAM modified silicon surface has been extensively studied to control substrate segregation in OPV blend films, controlling the same at the air surface has not been explored significantly.

The reduction of NO by CO has been extensively studied for controlling the exhaust emissions.

Film-forming corrosion inhibitors are extensively used to control CO2 corrosion of steel in oil and gas production plants.

Similarly, inelastic strains induced by thermal effects or active materials in layered plates are extensively used to control the curvature of thin engineering structures.

Solvent engineering has been extensively used to control the growth of a high-quality perovskite layer for solar cells by forming intermediate phases.