Sentence examples for broadly used to study from inspiring English sources

Modal analysis of multi-body systems is broadly used to study the behavior and controller design of dynamic systems.

This bottom-up approach for DNA engineering can be broadly used to study protein structure function, to optimize codon use for protein expression, and to assemble genes of interest.

In addition, such reporter lines will be of general interest since Pam3CSK4 and flagellin signaling pathways are broadly used to study the Tlrs function in inflammatory microbial infection.

Analysis of protein interaction network is one way to dissect such complex interactions and has been broadly used to study the systems biology of host-pathogen interactions [ 8- 11].

Therefore, this study aims to compare the suitability of these approaches which have been broadly used to study the exposure-response relationship of infection disease using simulated and real-world data.

Although broadly used to study cellular adaptations of viruses (An et al., 2006; Wang and Damania, 2008), experimentally accessible cellular systems to study the adaptations of intracellular bacteria are not well developed.

Gene expression microarrays have been broadly and successfully used to study the molecular pathophysiology of diseases [5 8] and drug mode of action [9 12].

Broadly speaking, two GPS techniques are used to study disturbances: delta-TEC techniques and scintillation techniques.

Since Declarative ML is a rather new approach, it has not been broadly used to intrusion detection study yet.

An overview of broadly used and extensively studied as well as recently examined promoters is given in Table  1.> The tightly regulated AOX1 promoter (P AOX1 ), which was first employed for heterologous gene expression by Tschopp et al. (1987a), is still the most commonly used promoter (Lünsdorf et al. 2011; Sigoillot et al. 2012; Yu et al. 2013).

The macro-scale performance of the SAGD process has been extensively investigated in the literature with the aid of scaled physical models, and heat loss preventive techniques were broadly used in these studies to make the energy requirements of this process more reliable.