产物分析结果表明：采用优化工艺进行发酵，发酵后稻草粉的纤维素含量为22.34%；粗蛋白含量达22.08%，可溶性糖含量为3.87%。
The analysis of the fermented product showed that the content of cellulose in straw powder was 22.34%, crude protein 22.08% and soluble sugar 3.87% after fermentation by using optimized process.
对以稻草—麸皮为原料、以诱变后的黑曲霉LH2446为菌种固态发酵生产纤维素酶的条件进行了研究。
This study is carried out to explore the optimum conditions of Aspergillus niger LH2446 solid state fermentation to produce cellulase.
研究不同预处理方法对稻草粉纤维素糖化率的影响。
The effects of different pretreatment methods on straw powder saccharification yield were investigated.
无论混合菌还是单一菌，滤纸为底物时的表观干物质消失率和羧甲基纤维素酶酶活均显著高于稻草组。
For both mixed cellulolytic bacteria and single cellulolytic bacterium, the apparent dry matter losses and CMCase activity on filter paper were much higher than those on rice straw.
无论混合菌还是单一菌，滤纸为底物时的表观干物质消失率和羧甲基纤维素酶酶活均显著高于稻草组。
For both mixed cellulolytic bacteria and single cellulolytic bacterium, the apparent dry matter losses and CMCase activity on filter paper were much higher than those on rice straw.
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