Sentence examples for large amount of reagents from inspiring English sources

The advantage of avoiding either the use of a large amount of reagents or the formation of unsustainable amounts of by-products is highlighted.

Although these methods are excellent in examining collagen density and structure, the procedure is lengthy and consumes large amount of reagents and washing solutions.

Although the continuous fed-batch strategy based on complex medium (B2) led to the highest volumetric enzyme activity, superior production costs related to the large amount of reagents required to achieve and maintain high cell densities restricted its economic performance.

However, ELISAs are typically low throughput, require large sample volumes, and have a relatively high cost due to labor and large amount of reagents consumed (Table  1), especially when they are done manually.

SPCEs are produced more easily and rapidly, saving large amounts of reagents, especially sensing material.

However, these tests are time-consuming, are labor intensive, and require large amounts of reagents (the standard assay generally involves bacterial culture in a series of dilutions, followed by measurement of bacterial number or metabolic products).

In order to achieve coupling of FA on nanoparticles, a large amount of organic reagents and toxic coupling reagent were commonly used, thus leaving more residual coupling reagent and resulting in cell toxicity.

Wet treatment techniques using acid/alkali leaching still have problems since they need a relatively large amount of expensive reagents, and they deal with complicated, troublesome repetition of steps, including conversion of solid CFA to a solution, isolating V from other metals and reconversion of V the solution into a solid.

AP requires a large amount of chemical reagent during pretreatment, whereas TMP is a cost-effective and eco-friendlier pretreatment method for the AD of sugarcane bagasse as shown in Table 2 (Fu et al. 2015a).

The potential for contamination or mix-ups between samples increases rapidly with the number of steps or genotyping reactions required, and the approach also requires a large amount of resources (time, reagents, template DNA).

In addition, they typically require relatively large amounts of costly reagents and often do not allow real-time monitoring of cell behavior.