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Isolation and Preliminary Identification of Cellulose-Decomposing Microorganisms form Bamboo Forest

机译:纤维素分解微生物的分离与初探形成竹林

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For the conversion of cellulose into biofuel by microorganisms is being studied intensively. This research isolate and screen efficient cellulolytic microorganism from bamboo forest soil based on growth rate on CMC plate, the size of transparent circle, disintegration effect of filter paper, and CMC enzyme activity assay. As a result, efficient cellulose-decomposing fungus J6-1 was obtained. The strains possessed higher filter paper degrading ability and CMC enzyme activity, disintegrating the filter paper into 42.3% at the 5th days and reaching the highest CMC enzyme activity 6.87IU/mL after 120 hours of shake flask fermentation. Strains J6-1 is preliminarily identified as Penicillium by morphological observation and a great potential cellulolytic strains.
机译:为了强烈地研究了通过微生物将纤维素转化为生物燃料的纤维素。本研究分离和筛选竹林土壤中竹林土壤中高效纤维素微生物基于CMC板的生长速率,透明圆尺寸,滤纸崩解效应和CMC酶活性测定。结果,获得了有效的纤维素分解真菌J6-1。菌株具有更高的滤纸降解能力和CMC酶活性,在第5天将滤纸崩解为42.3%,并在120小时摇瓶发酵后达到最高的CMC酶活性6.87IU / mL。通过形态学观察和巨大的潜在纤维素分解菌株将菌株J6-1预先鉴定为青霉素。

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