Sentence examples for min pretreatment time from inspiring English sources

Hypotheses (b) and (c) were tested in a group of 20 rats in which stimulus control was established with DOM (0.6 mg/kg; 75 min pretreatment time).

Highest delignification observed at 90 min with 5.0% NaOH concentration but depending upon severity analysis 2.75% NaOH and 60 min pretreatment time was selected for further study.

An optimum methane yield of 283 ml/gVS was obtained for 50 min pretreatment time and a ratio F/I of 0.3, which represents an increase of 45% compared to non-pretreated algae.

These data demonstrate a relative peak of binding of the nonradioactive martinostat at the 5 min pretreatment time point and are consistent with the established, fast-binding kinetics of hydroxamate HDAC inhibitors like martinostat.

A 65% cellulose conversion was obtained after the enzymatic hydrolysis (1.91% w/w pretreated SB, 20 FPU/g enzyme loading, 0.05 g/g surfactant) of bagasse pretreated with dilute sulfuric acid (1.75% w/w bagasse content, 1.7% w/w H2SO4 loading, 150°C, and 30 min pretreatment time) [ 20].

In fact, the enzymatic glucan yield of pretreated poplar rapidly increases to approach a near maximum value within only 10 30 min pretreatment time at 10% solids (w/v) concentrations, while increasing the solids to 20% (w/v) results in achieving the maximum value in less than 10 min. Comparable increases in the xylan yields can also be achieved within the same short period of time.

As such, the 168-h enzyme treatment resulted in glucose yields from 84.5%% for the shortest 4-min pretreatment time to 94.0 % for the 18-min pretreated milled wood.

Furthermore, for the longer 18-min pretreatment time, lignin aggregates in the SEM images (Fig.  7e, f) appear more prevalent, and their shape appears to be more spherical for wood chips than for milled material.

However, Fig.  2 shows that milled material exhibited higher final glucose yields versus chips for the 4-min pretreatment time only; conversely, the final glucose yields were very similar for chips and milled material for 8, 12, and 18-min pretreatment times.

Why did the milled material exhibit significantly higher digestibility than the corresponding chip only for the 4-min pretreatment, and conversely, why were the final glucose yields similar for pretreated chips and the milled materials for application of 8, 12, and 18-min pretreatment times?

The pretreatment temperature was controlled at 151 °C, the heating time to maximum temperature was 10 min, and pretreatment time at the maximum temperature was set to 20 min.