Sentence examples for greatly improved yields from inspiring English sources

However, improving the thermodynamic properties by TCR V region mutagenesis and the introduction of a disulfide bridge between the TCR C domains greatly improved yields.

The data from strawberry (wild and cultivated) and raspberry plants transgenic for the DefH9-iaaM gene show that the DefH9-iaaM gene can be used, under standard cultivation conditions, to greatly improve fruit yield in perennial plants belonging to the Rosaceae.

The results obtained on the non-magnetic specimens by this approach for different magnetic field and process duration confirm that the finishing capability of the process is greatly improved, and yields a maximum improvement in finish of 41.7% and 43.5%, respectively while the previously reported results are 6.7% and 24.2%.

Portion-wise addition of gold catalyst (2×5 mol %) greatly improved the yields (entries 3 and 6), but addition of another portion of molecular sieves makes little difference (entry 3 vs. entry 4).

Improved yields greatly help algae biofuels to nearly achieve the cusp of economic feasibility.

During the past 60 years, the green revolution marked by the application of semi-dwarf genes in rice (Sasaki et al. 2002; Spielmeyer et al. 2002) and the application of hybrids in southeastern Asia have greatly improved rice yield.

This method greatly improved the yield of GO (55.63%) when compared to the traditional modified Hummer's method (<1%).

Utilization of these variations in crop breeding, such as the semi-dwarf variation of cereal crops, has greatly improved grain yield; this is known as the "green revolution".

The Polima (pol) system of cytoplasmic male sterility (CMS) and its fertility restoration gene Rfp have been used in hybrid breeding in Brassica napus, which has greatly improved the yield of rapeseed.

When these findings concerning the substantial contribution of the RW response to glucan accessibility were investigated in mature, field-grown trees at a potentially high RW inducing environment in Orkney, all of the genotypes were found to have greatly improved glucose release yields (up to five fold) when compared with counterparts grown under more sheltered conditions.

Increasing the Accelerase loading beyond 5 mg/g biomass did not greatly improve sugar yields, while including both pectinase and xylanase were necessary for high yields.