Sentence examples for broad concentration range from inspiring English sources

However, we have addressed a broad concentration range of GBCA up to this maximum point.

In CSTR experiments the co-culture showed over a broad concentration range an almost linear correlation in consumption and production rates to the supply with complex nutrients.

Cell proliferation was inhibited over a broad concentration range of UA, achieved significance at 100 μM, and was profound at the hyperuricemic level of 500 μM.

These different methods were applied to a broad concentration range of binary mixtures comprising coarse, well-flowing lactose and micronised, poorly flowing albendazole.

This method exhibited excellent linearity in a broad concentration range for all three lGnRHs (R2 > 0.99) and limits of detection (LOD; as low as 0.007 ng/mL).

The effects of these products at a broad concentration range were tested on Escherichia coli KO11, a strain engineered for cellulosic ethanol production.

However, the diversity of primary and secondary metabolites and the broad concentration ranges encompassed during typical biotechnological processes means that simultaneous extraction and robust analytical determination of all parts of interest of the metabolome is effectively impossible.

The fact that the response of the sensor satisfies Sievert's law, suggests that graphene with lithographically patterned palladium on one half can exhibit direction dependent asymmetrical electric current performance in a hydrogen atmosphere and also can act as a highly sensitive sensor for the quantitative detection of hydrogen molecules over broad concentration ranges.

4 Although useful, these data are very heterogeneous in terms of the origin of blood and the quality of methods, resulting in very broad concentration ranges with little statistical value.

For this study, we adapted the E-screen assay to 96-well microtiter plate format in order to test broad concentration ranges of compounds for their proliferation-inducing capacity in growth-arrested breast cancer cells.

In order to define accessible chromatin compartments in samples derived from frozen tissue, where cell numbers are unknown and nuclear preparation is problematic, we hypothesized that digestion of chromatin with more robust nucleases that function in a coarse environment as well as, over broad concentration ranges, might enable the determination of chromatin accessibility in tissue samples.