Sentence examples for multiple carbons and from inspiring English sources

In contrast, OH attacks polysaccharides at multiple carbons and only some of these events actually cut the polysaccharide backbone; concurrent reactions introduce oxo groups into the polysaccharide ('collateral damage') without cleaving it [ 12, 28, 29].

Individual aboveground plant size (Fig.  2) and multiple carbon-intensive and size-dependent vital rates (Figs  3– 5) are positively affected in Alliaria removal relative to Alliaria-ambient plots.

The numerical model solves for variably saturated groundwater flow and reactive transport of multiple carbon- and nitrogen-containing species in a three-dimensional porous medium.

Planted forests can provide multiple carbon sequestration and fossil fuel displacement benefits, through the carbon stored in forests and harvested wood products, the substitution of more energy-intensive products with wood products and the use of woody biomass for renewable energy (Malsheimer et al. 2011, Lippke et al. 2011, Oliver et al. 2014).

To allow the simultaneous utilization of multiple carbon sources and to prevent the time-consuming adaptation to each individual nutrient in biotechnological applications, mutants lacking carbon catabolite repression can be used.

Some extension has been made by incorporating kinetic expressions of multiple carbon sources and other nutrients into the quasi steady-state [40-42] [40-42]

E2 and BPA, although have no side chains, are similar to each other both in structure (multiple carbon rings) and are intermediate in hydrophobic value.

Whether bacteria are generalists able to utilize multiple carbon compounds and its possible consequences for the ecosystem functioning has been a matter of great debate in recent literature (Mou et al., 2008; Poretsky et al., 2010; Gómez-Consarnau et al., 2012).

These are usually in regions surrounding electronegative atoms, above and below multiple carbon-carbon bonds and aromatic rings, and along the outer edges of strained carbon-carbon bonds.

Multiple carbons are labeled for each compound, demonstrating a cycling RuMP pathway for methanol assimilation to support growth.

It is argued that better design of policy settings is needed to capture the multiple carbon abatement benefits and other ecosystem services from planted forests, which may help overcome current investment hurdles for new wood plantations.