Sentence examples for more comprehensive experimental from inspiring English sources
This paper introduces a more comprehensive experimental model which has the capability of predicting residual stress profile.
In this paper, a more comprehensive experimental matrix for R-curve research was performed to enlarge the potential envelope of R-curve in asphalt concrete.
To adequately address which signalling pathways could be involved, a more comprehensive experimental setup is required.
More comprehensive experimental data and improvements in signaling databases are likely to lead to network models with even higher predictive power.
Our findings also call for more comprehensive experimental and clinical research to clarify the relationship between S100B protein behaviour and the extent of concomitant electrophysiological, cerebrovascular, and neurohormonal alterations in severe clinical sepsis and septic shock.
Implementing a more comprehensive experimental design in subsequent studies is therefore essential to minimizing the thickness and positioning errors as well as to increasing the number of measurements for each pathology category.
We propose a new set of 100 instances ranging from 100 to 1000 customers, designed in order to provide a more comprehensive and balanced experimental setting.
In the first reported application of a multiphase design to multi-stage laboratory analyses, the design was shown to offer considerable advantages over traditional approaches particularly in reducing total sample number, time and cost of analysis, as well as more comprehensive monitoring of experimental error.
The constant induction of surface nucleolin under various growth and stress conditions described herein, indicate that future investigations on nuclear nucleolin should take into consideration the potential contribution of surface nucleolin, in order to provide a more comprehensive analysis of experimental observations.
To further dissect the association of season of birth with later behaviors, more comprehensive analysis including experimental variations of photoperiod in lab animals in utero and early in life, and analysis of light exposure of pregnant women and later their young children should be conducted.
The extraordinary conservation in flanking introns indicates the existence of regulatory motifs, but more comprehensive analysis and experimental verification should be carried out to explore the interaction mechanism, both direct and indirect interactions.
