The group represented the scope of approaches, from sweaty "strong" yoga to tension-melting restorative poses, that are taking yoga beyond the confines of the counterculture to the mainstream of American fitness.
The precision and scope of this approach has been greatly extended by novel computational approaches (referred to as computational multiplexing) that can reveal relationships between network nodes imaged in separate cells.
Our results broaden the applicable scope of the approach combined with Xue (2009).
The scope of this approach is limited, for states are notoriously reluctant to abide by impartial findings on matters they regard as being of vital importance.
However, issues with eco-geographical datasets, including their coarse resolution and limited geographical coverage, currently restrict the scope of this approach.
In order to show the scope of this approach, the classical isoperimetric problem is solved and a chemical engineering application is described.
Part 2 of this work widens the scope of this approach by investigating a biopharmaceutical product, as the aggregation of peptide based drugs affects their therapeutic activity and can induce allergic reactions in patients.
They include scope of and approach to urban development planning, form of urban development planning team, resource mobilization for SUDPF implementation, problem solving and conflict resolving by the SUDPF process, and SUDPF implementing team and institutional arrangements.
Protein engineering by directed evolution has proven effective in achieving various functional modifications, but the well-established protocols for the introduction of variability, typically limited to random point mutations, seriously restrict the scope of the approach.
In this paper, we expand the scope of incremental approach to enable the generation of default theories that proved a powerful representation that enables non-monotonic reasoning [17, 18, 20, 27].
Our predictions for the impact of channel blockers on the neuronal dynamics and the proof of chaoticity underscore the wide scope of our approach.
