Sentence examples for methods presented serve from inspiring English sources
Furthermore, data reduction methods presented serve to easily elucidate short-term moisture responses due to rainfall.
The results and methods presented serve as a basis for intentional materials system design.
Methods presented in this article serve as the basis for the development of multiple tools that can be used for improving farming system development, the environmental risk reduction of agricultural production and compliance checks.
Since the genomes of several organisms already have been sequenced and new genomes are continuously being added, the method presented here may serve as an additional tool to explore and validate important regulatory pathways and mechanisms in various biological systems.
Furthermore the plan is to develop system that combines optical mammography measurements with depth information of vascular structures and the method presented here to serve as initial guesses for a full 3D non-linear reconstruction.
The method presented in this article could therefore serve as an extension or antecedent of several predictive models for COPD reported in the literature [ 37– 39], in which disease progression and death are predicted based on, among other factors, smoking status.
The method presented in this study can be used to find the critical parameter variations and serve as a basis for reducing the experimental work.
The method presented here permits easy, rapid, reliable and reproducible repeated quantification of epithelial cells in peripheral blood, and could serve as a tool for real-time monitoring of therapy in vivo.
The modeling methods and analytical analysis presented can serve as an integrating measure to identify, evaluate and design appropriate plant disease control strategies.
The modeling methods and analytical analysis presented can serve as an integrating measure to identify and design appropriate plant disease control strategies.
The presented method can serve as an effective tool to quantify the dynamic response of nanosensors and nanoactuators with uncertain material properties.
