Sentence examples for routinely applicable to from inspiring English sources

The method presented in this study is routinely applicable to any dynamic cardiac PET study, provided that a standardized and rapid infusion protocol is used and scan data with at least 90 s of short time frames is available.

The most widely known of these, optical rotation and ultraviolet circular dichroism (UVCD), measure electronic optical activity, and are routinely applicable to most chiral molecules under a wide range of sample conditions.

In contrast, the ISH procedure is routinely applicable to paraffin-embedded samples of central nervous system tumours (Arnoldus et al, 1992).

The ambition of cloneHD is to automate some of the steps of this analysis, while being routinely applicable to whole-cancer-genome data at moderate sequencing depth.

The barriers and challenges to achieving routinely applicable Tissue Engineered and Regenerative (TERM Cardiac Surgeryy Methods are also explored as is a novel concept for the Cardiac Hybrid Operating Room Suite of the 21st Century.

In this study, using a consensus clustering approach and a panel of routinely applicable immunohistochemical markers with relevance to BC, seven core molecular BC classes were identified.

However, this assay is still cumbersome, time consuming, and despite recent efforts (Hofman et al, 2011b) not standardised enough in its current form to be routinely applicable in clinical studies.

Thus, a thorough decontamination of surgical instruments and other medical devices from aggregated Aβ-, tau- and α-synuclein by effective and routinely applicable reprocessing procedures may possibly add to patient safety.

This, in turn, means that a distinct systems theory must be developed for them, which can then be translated into efficient routinely applicable controller design algorithms for applications domains.

This, in turn, means that a distinct systems theory must be developed for them, which can then be translated (if appropriate) into efficient routinely applicable controller design algorithms for applications domains.

In order to assess instrumentation health at higher frequency and detect sudden changes of instrument responses, it might be beneficial to combine our method with other routinely applicable approaches, such as daily background noise level monitoring (Ringler et al. 2010).