褐腐菌

研究表明，Gt因子极有可能在褐腐菌的纤维素降解初期起着重要的作用。

All experimental results indicate that Gt factor might play an important role in the early stage of cellulose biodegradation by brown-rot fungi .

白腐菌的漆酶主要对木质素进行了大量的降解，而褐腐菌的纤维素酶和半纤维素酶则大量降解纤维素和半纤维素。

The laccase that secreted by the white-rot fungi degraded a large amount of lignin ; the brown-rot fungi secreted mainly cellulase and hemicellulase which degraded a lot of cellulose and hemicellulose .

硬化水泥浆体孔溶液的碱度较高，不利于白腐菌、褐腐菌等微生物的生长，因此水泥-木梗纤维复合材料具有很高的抗生物侵蚀性。

Because of the rather high alkalinity of cement paste , the brown and white rot fungi cannot survive . As a result , the composite has an excellent fungi resistance .

研究结果表明：（1）毛竹对褐腐菌的耐腐性高于对白腐菌的耐腐性，对白腐菌的失重率为19.88%，而对褐腐菌的失重率只有5.86%。

The result shows : ( 1 ) The decay resistance property to brown rot of bamboo is higher than to white rot , the weight lose rate to white rot is 19.88 % , but to brown rot is 5.86 % .