Sentence examples for are highly suitable to from inspiring English sources

Quantitative spatial methods are highly suitable to address questions of distributional justice, while qualitative methods are more appropriate to investigate post-distributive aspects of justice.

Genotyping assays that detect SNPs are highly suitable to diploid plants.

Parameter estimation analysis showed that enzyme activity levels and enzyme kinetic parameters measured by standard in vitro assays are highly suitable to describe time-dependent utilization of xylose and formation of xylitol for both BP000 and CBS4435.

Although organisms might respond to naturally occurring oxidative stress conditions [ 15] or endogenous ROS [ 3] in a quite different way these reactants are highly suitable to optimize experimental conditions and, hence, to improve the reproducibility of the size and intensity of stress sensed by cells [ 6, 7].

With its simplicity, this network is highly suitable to model and control the nonlinear systems.

Due to its low-power nature, this architecture is highly suitable to develop motion estimators for portable, mobile, and battery-supplied devices.

Although MA-XRF scanning is not depth-selective, it appeared to be highly suitable to study the complex layer sequencing that is typical for seventeenth century still life paintings.

Although stochastic modeling is a relatively new technology (Barboza et al. 2009; Mayall et al. 2006), it is highly suitable to interpret heterogeneity and uncertainty of the facies in the subsurface.

Thus, the system is highly suitable to be implemented in remote arid and coastal areas without infrastructures or connection to the grid (water and power), but blessed with abundant solar irradiation.

The new UV light polymerization technique proved to be highly suitable to obtain ultrathin sections being cut parallel to the surface of the embedded material, an advantageous feature for applications which necessitate the examination of specifically oriented or laminated structures.

This article introduces an innovative framework for the depiction of human connectomics by employing a circular visualization method which is highly suitable to the exploration of central nervous system architecture.