Sentence examples for maximum xylanase activity from inspiring English sources

Under optimized condition maximum xylanase activity found 260 U/ml.

The maximum xylanase activity reached 16.11 U/mL after 144 h cultivation in the 15-L scaled fermenter.

Under optimized condition maximum xylanase activity observed 100.23 IU/ml, which was 9% higher than predicted by the model.

Physical parameters like time of incubation, temperature and moisture content were optimized using Box Behnken design and under optimized condition maximum xylanase activity found 770 U/gds.

Using the repeated fed-batch cultivation technique, the maximum xylanase activity of 32±1 IU/ml was obtained during the second cycle of repeated fed-batch culture.

CCD predicted the maximum xylanase activity (IU/ml) at the optimum conditions of xylose (0.1 g/50 ml), incubation time (22 h), yeast extract (0.1 g/50 ml), peptone (0.1 g/50 ml) and temperature (30 °C) while the fixed variables were wheat bran (0.3 g/50 ml), KNO3 (0.1 g/50 ml), inoculum size (0.5 ml), inoculum age (16 h) and shaking at 120 rpm.

The maximal xylanase activity towards oat spelts xylan occurred at pH 6.0, and xylanase activity decreased rapidly by the pH increasing, indicating that Xyn10A is an acidic xylanase (Fig. 2c).

Highest feruloyl esterase (225 mU/ml) and α-l-arabinofuranosidase (211 mU/ml) activities were obtained when P. brasilianum was grown on sugar beet pulp, whereas maximum xylanase (17 U/ml) activity was found during growth on oat spelt xylan.

Isolate RPWM 2/2 which was earlier identified as Penicillium janthinellum by morphological characteristics but later identified (by ITS sequences) as Penicillium pinophilum showed maximum CMCase, Fpase and xylanase activity but lower laccase activity (Fig. 3).

The maximum cellulase and xylanase activities from the fusion protein Cel9E Xyn10A were observed at pH 6.0 and pH 8.0, respectively.

Maximum xylanase production (1,329 ± 29 U/g) with very poor cellulase activity (0.42 ± 0.02 U/g) was obtained using 9 g sorghum straw under SSF (Figure S1 in Additional file 1).