Sentence examples for broad range of carbon from inspiring English sources

Several compounds were prepared using different polymer matrices and a broad range of carbon black types.

In order to accurately determine the effects of over-expressing phk on transcription, we grew the cells on a broad range of carbon sources (glucose, xylose, glycerol and ethanol) in well controlled bioreactors.

Methylotrophic yeasts accept a broad range of carbon sources.

Internally, the essential oil is used for dyspeptic symptoms and excessive perspiration [ 4]. S. officinalis produces monoterpenes with a broad range of carbon skeletons, including acyclic, monocyclic, and bicyclic compounds.

It is, therefore, evident from our study that melanoidin decolorization by yeast strain Y-9 is remarkably stable in the presence of broad range of carbon sources employed in this study.

The chemical industry requires a broad range of carbon-based building blocks and platform chemicals, many of which can be generated sustainably through microbial conversions from sugar, lignocellulosic biomass, and carbon dioxide [ 1– 4].

We had recently shown that such sulfinates could be combined with a broad range of carbon-based electrophiles to achieve an efficient sulfone synthesis,[ 10] and were intrigued as to whether we could replace the C-electrophiles with a range of N-based electrophiles and therefore access sulfonamides.

Like other wild-type isolates [ 132], W encodes a large number of carbon source utilization genes, and it grows on a much broader range of carbon substrates than K-12 strains (Additional File 9).

While our sampling approach for genome-scale metabolisms allowed us to circumvent this problem for any one carbon source, it is possible that viability on a broader range of carbon sources (or sources of other chemical elements) might have led to greater genotype network fragmentation.

W has unique features relative to other sequenced laboratory strains (K-12, B and Crooks): it has a larger genome and belongs to phylogroup B1 rather than A. W also grows on a much broader range of carbon sources than does K-12.

Herrington, T. & Zickfeld, K. Path dependence of climate and carbon cycle response over a broad range of cumulative carbon emissions.