Moreover, mice crossed to different tumor-prone models could provide in vivo evidence for the tumor-killing efficacy associated with different BH3 specificities not yet available through small molecule drugs, and extended to studies on combination therapies with existing drugs.
This method is used to investigate recombination in the emissive host and transport layer interfaces in a single emissive layer (EML) configuration and is extended to study the impact of double- and mixed-host EML architectures.
The numerical model is first validated at room temperature against a series of experiments on CFEHS stub columns available in the literature and subsequently extended to study the performance of slender columns at elevated temperatures.
Our method provides a new tool for detecting linkage and association and can be extended to study designs that include unaffected family members.
We believe that this model adds a new view and dimension to our understanding of host-microbe interactions, and can be extended to study other complex biological processes such as those involved in diseases.
They are a very powerful tool of the current mathematical technology and have been extended to study a considerable amount of problems arising in mechanics, physics, optimization and control, nonlinear programming, transportation equilibrium and engineering sciences (see, e.g., [2 4]).
Our model and analysis can be extended to study the dynamics of collective tracking or collective learning more generally.
The RIM model is theoretically sound; it incorporates empirical validation and can be easily extended to study various disasters in different places (Lam et al. 2015a, b).
Methods and techniques can be extended to study resistance against other groups of antibiotics of currently higher clinical significance, such as β-lactams and aminoglycosides.
We argue that the use of this approach could be extended to study and quantify bioturbation and illuviation intensities at the profile scale.
