Sentence examples for extensive generations from inspiring English sources

The slow-motion process of modifying animals by breeding has been going on for thousands of years and there is not a single strain of cow, sheep, pig, horse, dog, cat or hamster that is not the result of extensive generations of species manipulation by humans.

In order to efficiently remove Cl within a limited time before extensive generation of hydrocarbon products, the gas liquid fluidized bed reactor was running at 280 320 °C, where hot N2 was used as fluidizing gas to fluidize the molten polymer, letting the molten polymer contact well with N2 to release Cl in form of HCl.

An extensive generation of ROS and free radicals causes metabolic impairments and irreversible cell damages in the human body [ 40].

However, an extensive generation of protein databases through different prediction methods, without the concern to integrate them, can result in less efficient proteomic characterization on further studies.

Exploiting an extensive next-generation sequence read dataset generated by the Department of Energy Joint Genome Institute (JGI), we have performed a de novo assembly and annotation of the transcriptome of B. braunii Showa, and successfully identified and manually curated the genes for the key enzymes in the biosynthesis of liquid triterpenoid compounds.

Existing distribution networks were not designed to accept extensive distributed generation (DG).

However, the transition mainly from a fossil fuel-based system with dispatchable capacity to a renewable energy-based system with extensive intermittent generation needs new answers.

Although the process of the delamination of the anti-continent is unclear, extensive magma generation in the mantle wedge may reduce the viscosity of the upper mantle, triggering the delamination of the dense anti-continent from the arc crust.

Therefore, we hypothesize that the change of heat distribution adjacent to nanostructures, induced by morphological characteristics, contributes to more extensive bubble generation and enhances the BHT on nanostructured surfaces.

A low friction coefficient of 0.4 and low wear rates against Al2O3 in these films are explained by the absence of droplets and voids known to contribute to extensive debris generation.

Many automotive companies are now bringing their pre-commercial fuel cell vehicles in the market, which will need extensive hydrogen generation, distribution and storage infrastructure for fueling of these vehicles.