Sentence examples for versatile interactions between from inspiring English sources

The use of conjugated polymers allows versatile interactions between cells and flexible processable materials, while providing a platform for electrical stimulation, which is particularly relevant when targeting differentiation of neural stem cells and further application for therapy or drug screening.

Fourth, despite the fact that both internet and SL counseling were perceived to provide better privacy protection and greater convenience with regard to time and place, traditional counseling was regarded as better able to support more fluent and versatile interactions between counselors and clients.

Furthermore, traditional counseling was regarded as better able to support more fluent and versatile interaction between the counselor and client than the other two computer-mediated channels.

Nevertheless, these bacterial effectors are capable of executing versatile interactions with mammalian SH2 domain-containing proteins.

Qualitative studies afford a great degree of flexibility and individualization in the process of data collection and are therefore well-suited to capture the versatile and complex interactions between participants and the social and physical environment.

Affinity chromatography is an extremely versatile method for characterizing interactions between dissimilar reactants because the biospecificity incorporated into the design of the affinity matrix ensures applicability of the method regardless of the relative sizes of the two reacting solutes.

Functional Fe3O4@polydopamine (Fe3O4@PDA) core shell composite microspheres with magnetic response and special wetting properties were successfully assembled utilizing the strong coordination interactions between these two versatile materials.

Hierarchical self-assembly of polymers utilizing non-covalent interactions between different molecules represents a versatile approach in the fabrication of functional nano-structured materials.

Such an approach, focused on interactions between the nanovehicle and the complex, versatile, heterogeneous biological milieu, seems more heuristic and promising.

Although the set-up proposed here has not been realized and tested up to now, we believe that its design will give birth to a new generation of versatile and original force machines dedicated to the investigation on non-contact interactions between surfaces in the plane plane geometry and at the nanoscale.

We present an original approach that combines the Fluorescence Recovery After fringe Pattern Photobleaching technique and the use of a versatile sponge phase that makes it possible to extract crucial informations about interactions between membrane proteins embedded in the bilayers of a sponge phase.