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Exact(11)
In contrast, the cellulose content in bagasse pretreated with lime increased to 11%% after 30 and 60 min of pretreatment.
Enzyme activity was relatively stable below 60 °C after 60 min of pretreatment and declined rapidly beyond 80°CC (Fig. 2b).
Therefore, 30 min of pretreatment with electrophile was used for our cytokine inhibition experiments.
Bagasse pretreated with lime reached 70%% of cellulose digestion, while in hydrothermal pretreated bagasse only 21%% of cellulose was converted into glucose after 60 min of pretreatment.
The solubilization of the hemicellulose fraction was lower for both pretreatments, ranging from 3 to 7 % after 30 and 60 min of pretreatment.
From this work, it was determined that subcytotoxic doses of electrophiles could efficiently inhibit cytokine production in as little as 30 min of pretreatment (data not shown).
Similar(49)
Only slight changes were observed on strength and stiffness by 30 and 60 min of HTT pretreatment.
An optimum methane yield of 253 ml/gVS was achieved at 55 min of beating pretreatment and a F/I ratio of 0.3.
After 60 min of lime pretreatment, the lignin percentage decreased from 23.77 to 16.7 %, the hemicelluloses content remained practically unchanged (varying from 32.77 to 31.86 %), while cellulose content increased from 44.49 to 49.56 % (Table 1).
After 10 min of H2 plasma pretreatment, the CH4 gas was then introduced into the chamber for the CNT synthesis at 900 W. The total pressure in the chamber was maintained at 5 Torr during the 20-min growth process, for most of our experiment reported here.
The effects of 10 min ECS, 10 min BNP, pretreatment of BNP for 3 h, and pretreatment of BNP for 3 h + IBTX were examined in the absence ("before treatment", Fig. 8a-left) and presence of treatments ("after treatment", Fig. 8a-right).
Related(20)
min of therapy
min of handling
min of processing
min of treating
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expressions of pretreatment
min of capture
min of occlusion
min of testing
min of color
min of rest
min of sonication
min of recovery
min of irradiation
min of preparation
min of dissolution
min of reperfusion
min of operation
min of immersion
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