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栽培在棉籽壳培养基中的鸡腿菇具有较强的木质纤维素降解能力和较高的绝对生物学效率;木质纤维素是子实体生长阶段的主要碳源;CMC酶、FP酶和HC酶的活性变化与纤维素、半纤维素的降解速率正相关,漆酶的活性变化与木质素的降解速率正相关,而过氧化物酶的活性变化与木质素的降解速率没有相关性;淀粉酶在菌丝生长阶段活性较高,蛋白酶的活性高峰出现在子实体生长发育期。
Coprinus comatus cultivated in the cottonseed shell culture medium has stronger lignocellulosic biodegradation ability and higher absolute biological efficiency; lignocellulose is the main carbon source in the fruiting body growth stage; CMCase, FP enzyme and HCase The change of activity was positively correlated with the degradation rate of cellulose and hemicellulose. The change of laccase activity was positively correlated with the degradation rate of lignin, while the activity of peroxidase had no correlation with the degradation rate of lignin. Mycelium growth stage higher activity, peak protease activity in the fruiting body growth and development.