Sentence examples for most versatile approach from inspiring English sources
In order to prepare the metal nanowire arrays, it has been considered that the electrodeposition of the metal nanowires into a template is the simplest and most versatile approach since it does not utilize expensive and sophisticated lithographic processes for defining nanomaterials [8 10].
PET is the most powerful and versatile approach to study neurotransmitter/receptor interactions.
In this context, LPE has long been considered as one of the most promising and versatile approach.
Among the various techniques available for removing xenobiotic chemicals, biological treatment often is the most economical and versatile approach, as it leads to complete mineralization (Parales et al. 2002).
A number of different vectors and delivery systems have been applied; however, viral vectors remain by far the most versatile, popular and effective approach, been used in approximately two-thirds of such clinical trials [ 13].
One of the most versatile and effective modification approaches is the incorporation of metal oxide particles to enhance the performance of the membranes.
We suspected that the model-adjusted and model residual adjustment approaches would be the most appropriate for quantitative cluster detection involving provincial abattoir condemnation data, as these methods are able to account for both categorical and continuous variables, making it the most versatile of the adjustment approaches.
This technique has been suggested as the most versatile and successful gel-based approach for separating solubilized membrane protein complexes from whole-cell protein mixtures according to protein size (Krause, 2006).
Some of the most versatile aspects of gold catalysis involve the generation of gold carbene intermediates, which occurs through the approach of an electrophile to the distal end of the alkenyl gold moiety, and their diverse transformations thereafter.
Most scientists have followed the first approach so far, and the second method has emerged as a versatile approach for combinatorial biomaterials discovery.
