Sentence examples for augment yield from inspiring English sources

Technical revisions of the Eberwine method have included changes in first-strand primer concentration to minimize the appearance of non-sequence dependent RNA in the amplified product [ 8], supplementation of second-strand priming with random primers to improve its efficiency, and modifications that allow multiple rounds of IVT to augment yield [ 6, 9, 10].

In some of the sandier areas of the Lower Peninsula, overhead irrigation has become popular among farmers as a way to augment yields on dry and sandy but otherwise productive sites.

H-86 has real potential for molecular breeding programs aimed at augmenting yield of tomato in regions affected with drought stress.

We therefore tested whether xylodextrin fermentation could be carried out simultaneously with sucrose fermentation, as a means to augment ethanol yield from sugarcane.

In vitro targeting of the resolved triad in embryoid bodies accelerated expression of Nkx2.5, Mef2C and cardiac-MHC, enhanced beating activity, and augmented cardiogenic yield.

Of these, fast pyrolysis maximizes bio-oil production, slow pyrolysis augments the yield of biochar, and gasification maximizes syngas production.

Apparently, the passage through the secretory pathway describes a bottleneck in recombinant HRP production in P. pastoris, and additional engineering thereof is likely to further augment enzyme yields (e.g. Gasser et al. 2006; Guerfal et al. 2010).

2. By means of the mathematical trick outlined by Little and Wright [ 5], with little extra work this set of equations can be augmented to yield the hazard function and the cumulative hazard function.

Although the discussion of eukaryotic membrane protein structure determined by Cryo-EM or NMR is beyond the scope of this review, the general methodologies and technical strategies summarized here also come to an aid in protein yield augment and sample homogeneity improvement for Cryo-EM and NMR.

The highest distillate yield augmented by 117.32% in the case of the fourth stage as compared to experimental results of the first stage.

The data suggest that small catalytic particle size augmented the quantum yield in the photocatalytic degradation process with the maximum located at an approximate catalyst size of 10 nm.