Sentence examples for model for experiments from inspiring English sources

Around the main models which are the repeat element model (in simplified 2D and CFD), specific model for experiments have been developed to identify key parameters for the main models.

HTR-8/SVneo and human uterine microvascular endothelial cells (HUtMVEC) were used as model for experiments.

There has been increasing interest in the common marmoset (Callithrix jacchus, a species of New World monkeys) as a model for experiments in neuroscience.

The stoichiometric model for experiments in 20.9%, 2.8% and 1.0% oxygen conditions consisted of 38 reactions coupling 34 metabolites including duplicated extracellular metabolites and uptake and production fluxes, Figure 4.

The stoichiometric model for experiments in 0.5% oxygen consisted of 37 reactions, coupling 34 metabolites and excluding the malic enzyme activity from the first model of the network of active reactions.

To examine the individual effects of these parameters on the Cr VI) and total Cr removals statistically, therefore Box Behnken model for experiment design and second-order polynomial model for fitting experimental data were used in this study.

The model for experiment 1 and 2 included the fixed factors "exposure" (nestmate/non-nestmate odor), "target worker" (nestmate/non-nestmate from stimulus colony/non-nestmate from unrelated alien colony), and the random factor "replicate" (1, 2 or 3) to take into account the possible variation across colonies.

To ensure that these findings could be generalised from the detection of categorical condition-specific differences to continuous variables, we additionally analysed a model for experiment 1 in which picture onset was modelled by a single stimulus function for both conditions, and picture type and linear habituation effects were modelled as parametric modulators.

Data from each experiment were analysed using ANOVA based on respective models for Experiments I III using CROPSTAT 7.2 (IRRI, 2007).

Advanced techniques of genetic manipulation, such as tissue-specific transgenic expression and targeted gene knockout, have increased the relative importance of mouse models for experiments that specifically require genetically engineered models.

Briefly, systems biology could be considered in a number of ways: 1) philosophy and way of integrative thinking for biological systems, 2) methodology for processing huge arrays of experimental data and dealing with exploding new information and 3) predictive models for experiments and biological objects.