Sentence examples for accepts a wider range from inspiring English sources

In contrast, the PNO of G. geneura accepts a wider range of substrates.

volcanii grows on simple defined minimal media (either solid or liquid), accepts a wider range of relatively lower salt concentrations than most other extreme halophiles (including Hbt. sp. NRC-1) and its genome is significantly more stable [8].

Upon receiving such information, the anemone system accepts a wider range of smaller forces as stimulatory, perhaps because of the possibility that approaching prey may strike the tentacle with glancing blows of either the body or swimming appendages.

Thus, upon receiving such information, the anemone system accepts a wider range of smaller forces as stimulatory (as described above) but still functions to reject large forces that may accompany contact by larger prey.

When the ECB intervenes in money markets to shape interest rates, it accepts a wide range of collateral, including less liquid assets such as mortgage-backed securities.

One reason the ECB could lend liberally was because it accepts a wide range of collateral, including corporate and asset-backed bonds.Special report Only human CSI: credit crunch Heroes of the zeroes Talk is expensive Fast and loose Assets and their liabilities On credit watch Smash the glass Amid the gloom Expect a lot... Sources ReprintsOffering less pukka security is not costless.

CheS-Mapper requires no installation, it accepts a wide range of chemical datasets, it has a wizard guiding through the mapping process, and it has an intuitive 3D viewer for exploring chemical space.

In contrast to some existing open-source tools that are limited to a distinct operating system, depend upon the installation of an additional database or require a specific input format, CheS-Mapper is platform independent, requires no installation, and accepts a wide range of chemical formats.

The underlying mechanism of module development is clarified by the role of GalT, which accepts a wide range of substrates and makes multiple products to inhibit many other enzyme activities.

The wild-type enzyme accepts a wide range of five- and six-carbon aldehydes as substrates, and, thus, may be used to prepare many sialic acid derivatives.

So far, the focus in metabolic engineering has been on AdhZ1 as it also accepts a wide range of carbonyl compounds rendering it an interesting candidate for various mutation approaches though at lower activity (Jarboe 2010; Tang et al. 2009; Liao et al. 2010).