Objective: to investigate the growth condition of Trichoderma sp.
目的研究敌敌畏降解菌木霉 FM10的生长条件，为该菌的实际应用提供依据。
Niger and the cellulase koji by Trichoderma reesei was obvious during the hydrolysis of waste pulp. When the two kinds of koji were mixed and the ratio of cellobiase activity to FPA is about 0.4, no cellobiose accumulated in the hydrolysate, and the high hydrolysis efficiency (90.7%) was obtained.
由此获得的纤维二糖酶曲与Trichoderma reesei产生的纤维素酶曲在糖化纸浆过程中有明显的协同作用，当两者以1∶10 混合使用时（纤维二糖酶与滤纸酶活力之比约为0.44），可有效地消除水解产物中纤维二糖的累积，使纤维纸浆的酶水解得率高达90.7%。
Forty-nine isolates of Trichoderma were collected and isolated from spawn and fruiting body of edible fungi.
从木霉污染的食用菌菌筒和子实体中分离纯化了49株木霉菌株。
The aim of this study was to obtain Trichoderma REMI transformant with double functions of disease prevention and phosphate dissolving.
［目的］为了获得具有防病和解磷双重功能的木霉菌REMI转化子。
Thermodynamics of the interaction of an anionic detergent, sodium dodecyl sulfate, with cellulase from Trichoderma reesei has been studied by isothermal titration calorimetry and fluorescence titration.
用等温滴定量热法和荧光滴定法研究了阴离子型去垢剂十二烷基硫酸钠与绿色木霉纤维素酶相互作用的热力学。
objective to study the effects of fermentation conditions on the production of complex xylanase by trichoderma viride.
目的研究不同发酵条件对绿色木霉产复合木聚糖酶性能的影响。
under the optimal condition, the activity of xylanase by trichoderma viride reaches up to
结论在优化的培养条件下，木聚糖酶的最高酶活性达到
The effects of pH value on production of cellulase from Trichoderma viride were investigated.
以绿色木霉为产酶菌，研究了不同pH值控制方法对绿色木霉合成纤维素酶的影响。
The optimum condition of cellulase produced by Trichoderma viride 9405 with solid fermentation and character of cellulase were studied.
对绿色木霉Trichoderma viride9405固态发酵产纤维素酶的条件及酶的性质进行了研究。
The effects of ten kinds of metal ions on cellulase activity (cellulase produced by Trichoderma viride) were studied in the paper.
对10种金属离子对绿色木酶所产纤维素酶活力的影响进行研究。
In the research process, we have independently designed a simple laser irradiation unit, and has used the new method which to irradiate the mycoderma of Trichoderma virid with laser beam directly.
在对试验结果进行分析的同时，也对实验中出现的一些现象和问题进行了讨论。
Trichoderma reesei; cbh1 promoter; carbon catabolite derepression; targeted deletion; multiple-copy strategy
cbh1启动子，碳分解代谢产物解阻遏，定点缺失，多拷贝策略
To test whether the introns play roles in expression, two vectors containing either the AFP gene or its intronless derivative (i. e. AFP cDNA) are constructed and transformed into Trichoderma viride respectively. Expression analysis of transformants show that the introns are required for AFP gene expression in T. viride, suggesting that the small introns in filamentous fungal genes may not only act as intervening elements but also play critical roles in expression.
为了解内含子是否会影响AFP基因的表达，我们构建了插入AFP基因(430 bp)或无内含子的AFP基因(即285 bp 的AFP cDNA序列)的真菌表达载体并将它们分别转化绿色木霉，对转化子的表达分析结果表明，内含子的存在对于AFP基因的表达是必需的，这说明真菌内含子不仅仅只是被剪切的间插序列，它们还可能对基因表达产生关键影响。
High-pressure liquid chromatography-mass spectrometry analysis showed the presence of the metabolites after shake incubation of the Trichoderma T2-2 at temperature 25℃, 200r/min in mineral salt medium that contained 100mg/L carbendazim. We prepared T2-2 bioremediation agents from crop straw through solid fermentation. By inoculating T2-2 in soil, we performed a bioremediation test of sterilized soil and original soil at 0.1mg/g dry soil of carbendazim concentration and 107cfu/g dry soil of inoculating amount. In addition, we also conducted a control effect experiment of T2-2 against fusarium wilt of cucumber.
该菌株在多菌灵浓度100 mg/L无机盐培养基中，于25℃、200 r/min振荡培养取样，用HPLC-MS检测代谢产物；以玉米秸秆粉为原料经固体发酵制成T2-2生物修复剂；采用土壤人工接种，在T2-2菌剂接种量为107cfu/g干土、多菌灵含量为0.1 mg/g干土时进行灭菌土和自然土壤的修复试验；另外，还做了T2-2菌剂对黄瓜枯萎病的活体防效试验。
The purpose of the present study was to mutagenesis the strain SW3, and to screen the strain that the activity of cellulase was higher, and the optimal fermentation conditions of a mutant strain were studied and the tea was fermented by the mutant strain and a trichoderma green which was conserved in the food microorganism laboratory of our food college, to improve the ability of the tea of making tea in the cold water.
本文的目的就是对SW3进行诱变处理，选育出纤维素酶活力高的菌株，并对突变株发酵条件进行了一定的研究：再结合本食品学院微生物实验室的一株产纤维素酶活力高的绿色木霉一起对茶叶进行复合发酵，以提高茶叶成品在冷水中的冲泡能力。
When the cultures of Trichoderma isolates which possess the stronger antagonistic ability to S. sclerotiorum are introduced into the soil, the sclerotia burried in this soil is to decay six months later, the carpogenic germination of sclerotia that has not decayed reduces sharply.
将拮抗作用强的木霉菌株培养物导入土壤后，埋入土壤中的菌核多数将发生腐烂，即使未腐烂的菌核其产子囊盘萌发能力也大大降低。
To elucidate the control efficacy of Trichoderma against maize sheath blight, eighteen Trichoderma isol-ates were obtained from the maize rhizosphere in the suburb of Ya`an, Sichuan Province, and tested.
为明确木霉菌在玉米纹枯病防治上的作用，研究了从雅安郊区大田玉米根际土壤中分离到的18个木霉菌株对立枯丝核菌的抑制作用及对玉米纹枯病的田间防治效果。
The suppression rates of mycelial growth of Rhizoctonia solani by the Trichoderma isolates were 39.44％-84.98％ on dual culture.
对峙培养结果表明，这些木霉菌株对立枯丝核菌的抑制率为39.44％～84.98％；而木霉发酵滤液的抑菌作用为13.48％～85.81％。
Objective To study the control effect of Trichoderma fungicides in the field and then popularize the using.
目的研究木霉菌剂对人参根部病害的田间防治效果，以进一步推广使用。
The two Trichoderma fungicides have the potential to be used in a large range.
结论两种木霉菌剂适宜大面积推广使用。