Sentence examples similar to are employed to function as from inspiring English sources

Generalized linear models are employed to model the response as a function of the genetic component; these include logistic and complementary log forms.

To deal with this problem, the function approximation technique is employed to represent the unknown function as a finite combination of basis functions.

Flow cytometry and proliferation assays were employed to analyze phenotype and function of dendritic cells as well as IL-10 production from natural regulatory T cells.Dendritic cells cultured with natural regulatory T cells up-regulated IL-10, down-regulated costimulatory molecules, and stimulated the proliferation of CD4CD25 effector T cells less potently.

Central composite design (CCD) which is subset of response surface methodology has been employed to present mathematical models as function of physical factors to predict tensile and impact behavior of new mentioned hybrid nano composite and also optimizing mentioned mechanical properties.

Two tri-block copolymers P123 (PEO19PPO69PEO19) and F127 (PEO100PPO65PEO100) have been employed to form polymeric nanomicelles and function as potential nanocarriers for an anticancer pyrazoline derivative (PYZ) in aqueous buffer solution for biological studies.

Box Behnken design, which is subset of the response surface methodology, has been employed to present mathematical models as the function of physical factors for prediction of O/C ratio and tensile strength behavior of the electrochemically oxidized carbon fibers and also optimizing mentioned surface chemistry and mechanical properties of carbon fiber.

Probabilistic neural networks (PNNs) were employed to model lithofacies sequences as a function of well logging data in order to predict discrete lithofacies distribution at missing intervals.

The first-order kinetic Arrhenius model [25] was employed to estimate fractional vascular coagulation as a function of time and temperature during ablation, as described in Eq. 3.

Light scattering analysis was employed to monitor mAb aggregation behavior as a function of temperature and solution pH.

Discrete element modelling can further be employed to determine anisotropic constitutive parameters as a function of density.

Auger electron spectroscopy depth profile analysis is employed to study the surface composition as a function of applied potential and charge.