Sentence examples for media variations from inspiring English sources
However, researchers have largely relied upon static perturbations, such as growth media variations and gene knockouts, to elucidate gene network structure and function.
A large number of unconfounded media variations were used with a Scheffe Mix Model to examine in an unambiguous fashion the effects of variations in six important ions; NH4+, NO3−, Na+, K+, PO4−, and Cl−, on the growth of Chlorella vulgaris.
Human color vision results from complex neurophysiologic renormalization processes which address change in transmittance of ocular media, variations of luminance and spectral composition [ 46– 46].
Taking a similar approach to greater lengths, Dr. Drucker of Microsoft drew approving gasps last month from an audience of more than 1,200 at the Consumer Electronics Show when he projected the interface of what he called media variation software.
As with any media bubble, variations of the story surfaced within 24 hours, making it seem like another alarming American trend, the kind in which AM-radio hosts go headhunting for someone to blame.
When validating the antimicrobial screens, the variability and reproducibility revealed remarkable low inter- and intra-assay CVs, which indicates low media batch variation and an excellent opportunity to detect also weak antimicrobial activity.
"The media refrain has variations," she writes, "but in essence it remains the same: no matter what the single woman says, she can't really be happy.
The medicine comes in many bottles: open software, free online education, European pirate parties, Wikileaks, social media, and endless variations of the above.
The two internal variables used in Code_Aster for the simulation of saturated porous media are the variations of water density ρ w − ρ w 0 and porosity ϕ−ϕ0.
Since the media has complicated variations inside of coarse-grid blocks, a large error can be generated during the computation of coarse-scale solutions.
Two-dimensional multiphase flow and transport simulators were refined and used to numerically investigate the entrapment and dissolution behavior of tetrachloroethylene (PCE) in heterogeneous porous media containing spatial variations in wettability.
