Sentence examples for versatile in its application from inspiring English sources
The distance analysis of molecular portraits is robust and versatile in its application as it is equally attributable to gene expression profiles collected by microarrays and by RNA-seq.
The proposed distance analysis has a potential to become versatile in its application as it is equally attributable to gene expression profiles collected both by microarrays and by RNA-seq platforms, as well as, possibly, to proteome and metabolome profiles.
Our empirical methodology, which can be very versatile in its application (of which we provide several examples), allows showing the important labor market segmentation, and it can be useful for the efficient design of active employment policies, for instance of labor mobility.
To generate a regulatory system that would be more versatile in its application, we also generated a configuration of the switch that would be relatively independent of cellular transcription factors.
These versatile features of the FASP method have resulted in its application in numerous proteomic projects.
In this paper, we review recent progress of this versatile technique and its applications in studying the electrical properties of nanosized materials.
These are robust in complex search spaces and are versatile in their application.
We strongly advise the EPHect SSF, rather than EPHect MSF, be adopted where possible, as this will allow the generation of well-characterized phenotypic data sets that will be most versatile in their application to current and future research questions in the field of endometriosis.
This proves that it can be employed without a deacidification treatment, which makes it more versatile in application to the treatments of the paper object.
Being highly adaptive to temperature extremes and summer drought, C. libani is one of the major commercial tree species in Turkey besides Pinus brutia and Abies cilicica (Brooks et al. 2008), and it consists of valuable wood which is very durable and versatile in application and use (Boydak 2003).
As compared to a structured approach, the unstructured model reduces the CPU time and memory requirements and, being robust in handling complex geometries, is more versatile in practical applications.
