Sentence examples for both types of methods from inspiring English sources

The power of using both types of methods is illustrated in the additional insight available.

Non-enzymatic approaches are attractive for both types of methods since they would allow rapid and relatively inexpensive detection of nucleic acids.

Moreover, a hybrid methodology that combines both types of methods is proposed, showing an improvement on performance.

Here we review recent advances for both types of methods and discuss their perspectives to permit efficient and accurate modelling of large-scale conformational changes in biomolecules.

Both types of methods moreover produce similar short-duration changes in precipitation extremes, which gives some credibility to the downscaled impacts.

An inherent difference between both types of methods is that, simultaneous methods compute motions for vehicles all at once, while joint methods divide the original problem into parts and combine them together.

We recommend where possible that both types of method are employed, as they assess unique and separable dimensions of imagery ability.

* = possibly rapid (studies which could have been assessed within 2 weeks) ** 33 studies were included, four studies [ 14, 15, 28, 29] used both types of method (questionnaire & registry) and were therefore included twice in the review separately for both assessments.

Therefore, both type of methods provide different informations about the duration of a transcription cycle with ChIP, qPCR, and 3C suggesting 30 to 60 min (Degenhardt et al. 2009; Metivier et al. 2003) and FRAP and live-cell imaging indicating far less (reviewed in Hager et al. 2004; Phair et al. 2004).

The aim of this study was to compare both types of multifractal methods on a set of soil physical properties measured on a common 1024 m transect across arable fields at Silsoe in Bedfordshire, East-Central England.

Boundary treatments for both types of numerical methods, and the resulting self-energy Σ for the NEGF formulism, representing the dissipative effects of device contacts on the transport, are derived using auxiliary Green's functions for the exterior of the quantum devices.