Sentence examples for make s from inspiring English sources

The recruits certainly make S Club Juniors look like Vera Lynn.

However, when one intervenes to make S y (or prevent S from y-ing), one invariably also intervenes on the components of S's y-ing.

For the sake of simplicity, we make S denote the control node and B, C, D represent the primary nodes respectively, with A representing a secondary node.

So the Core Thesis affirms that a token sentence is apriori (for a subject at a particular time) just in case there is no possible way the world might be that, if it actually obtained, would make S false.

If we go on to add this information, so that S comes to express a true or false statement, we are said to interpret S, and the added information is called an interpretation of S. If the interpretation I happens to make S state something true, we say that I is a model of S, or that I satisfies S, in symbols 'I ⊨ S'.

Thus, we can make S full rate by proper selection of parameters L and P for a given set of code parameters N t, N r and T. In other words, we make the modulation parameters flexible to match the specified spatio-temporal structure.

These factors make s-WO3 a viable candidate than other solution-processed high-work-function oxides for application in large-scale coating in the R2R process.

Folate, found in fresh fruits and vegetables, is needed to make S-adenosyl-methionine, the primary methyl donor for methylation (Kraunz et al. 2006).

Their intrinsic self-assembly properties as well as their periodicity make S-layers ideal building blocks for all kinds of detection systems (DNA, protein or antibody chips as well as label-free detection systems) (for review see [ 10 ]).

These features make S-layer lattices to unique supporting architectures resulting in lipid membranes with nanopatterned fluidity and considerably extended longevity (Schuster & Sleytr, 2000; Gufler et al., 2004; Schuster et al., 2004; Schuster & Sleytr, 2006; Schuster et al., 2008; Schuster & Sleytr, 2009b; Schuster et al., 2010).

To sum up, the ability to act as biomimetic spacer and scaffold for composite lipid membranes with nonintrusive character on ion channel activity make S-layer proteins attractive for biosensor applications, especially those that enhance the stability of BLMs beyond the use of tethers or polymer supports (Bayley & Cremer, 2001; Sugawara & Hirano, 2005).