Study on performance of fungus per straw decomposition With the purpose of effective fungicides selection in cellulose decomposition in rice straw. By measuring the activity of the enzyme FTPase and CMCase and studied the changes of the chemical treasures rice straw. From the experiment can distinguish fungus has 54 Isole and unspecified infections 9 Isole measurement of cellular enzymatic activity, Lake saphop that each fungus Isole celebrates the differences in production, nay enzyme associated with the degradation of cellulose. Statistically significant at the 0.01 level of confidence by Isole Suite D6 FTPase activities are highest in month 1 of curing the infection while Isole Suite D17 FTPase activities are highest in month 2 the statistical significance level. Isole CMCase activity section, Suite D8 with the highest enzymatic activity in one month, but found that the Isole Suite D17 CMCase activity are highest in month 2, the same as FTPase when studying the changes of chemical treasures rice straw after it found that the degradation of the cache values increasing from rice straw.Medium (7.0) to alkali (9.0) on the part of the percentage of phosphorus in rice straw found to D6 and D8 Isole suite there is a percentage of the increase in phosphorus and mg per litre 1.8642 2.2502 respectively. Isole D17 Suite section contains the percentage of phosphorus increased in one month and two months and a decline in the percentage of degradation after thaet Siem. Isole finds Suite D6, and D8 result in a reduction of the percentage of one month's probe thaet Siem and two months respectively. Isole section Suite D17 percentage decrease in Siem thaet probe one month and rise in two months, respectively.
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