Sentence examples for maximum glucose content from inspiring English sources

Hydrothermal pretreatments at 180 °C for both 5 and 10 min were found to be the most effective conditions to achieve maximum glucose content.

The maximum glucose content in developing siliques of HOCL was found at 25 DAA of 2010 and 2012 and at 30 DAA of 2011, which synthesized 47.5%, 16.5%, and 23.4% more silique glucose as compared with LOCL.

Thus, the theoretical ethanol product is 51.2% (w/w) of the maximum glucose content of steam exploded slurry.

The maximum glucose content of steam exploded slurry have been measured in the previous research (Zhao et al., 2015).

These corresponded to ethanol yields of 69.5%, 75.8%, 62.5% and 61.2% of theoretical maximum, based on glucose content in the pressed slurry.

Glucose content was maximum (93.4 %) after 2 h of pretreatment.

Ethanol concentrations of 33.0, 33.1, 29.1 and 28.1 g/l, corresponding with ethanol yields of 84.5%, 85.6%, 79.9%, and 74.8% of the maximum theoretical yield based on glucose content in pressed material for varieties 55, 70, 74 and bagasse 120, respectively, were obtained.

Theoretical maximum glucose is calculated from the cellulose content of the material including a factor of 1.111 to take into account the water of hydrolysis as per Eq. (2), the yield is then calculated as a percentage of this.

The overall ethanol yields (in percentages of theoretical maximum, based on values obtained for the glucose content in the raw material) were 80% for SSF performed on sulphuric-acid-pretreated material, 72% for material pretreated with no catalyst and subsequently washed, and 69% for the material pretreated with no catalyst and not subsequently washed.

Of these, the first metabolic constraint is associated with the maximum glucose uptake rate (or glucose uptake capacity) (4) where F G is the maximum glucose uptake rate.

Maximum extent of cross-linking was reached at nearly 20% glucose content.