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。
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。
The best combination of white rot fungus and trichoderma viride was screened out from combinations of white rot fungus and the others.
实验中以长效肥分为指标，以白腐真菌为主，筛选出白腐真菌和绿色木霉为最佳复合菌种。
The cellulase genes from Trichoderma viride AS3.3711 were induced with L-sorbose. Its total RNA was extracted. The cDNA was obtained by reverse transcription.
用L-山梨糖诱导绿色木霉AS3.3711纤维素酶基因的转录，提取其总RNA反转录获得cDNA。
Method］ The antimicrobial activities of the ethanol extracts from 33 edible spice plants against Trichoderma viride, Aspergillum flavus, Aspergillum niger and Escherichia coli were studied in vitro using method of punching.
方法］以绿色木霉、黄曲霉、黑曲霉、大肠杆菌为供试菌，采用打孔法对33种香料植物的无水乙醇提取物进行体外抑菌试验。
Through comparative analysis, we found that compared with Trichoderma viride fermentation method, the Lactobacillus fermentation method was more suitable to be an effective measure for recycling and comprehensive utilization of citrus peel.
通过比较分析，可得同绿色木霉发酵法相比，乳酸菌发酵法制备柑桔皮渣DF更适合作为将柑桔加工后所剩余的皮渣变废为宝、综合利用的有效措施。
Product Inhibition of Hydrolysates to Cellulase of Trichoderma viride A10
纤维素水解产物对木霉A10纤维素酶的抑制作用
Cloning and expression of β - glucosidase ⅰ gene of Trichoderma viride in Saccharomyces cerevisiae and ethanol fermentation of cellulose
绿色木霉BGLⅠ基因在酿酒酵母中的克隆表达及其纤维素乙醇发酵
Fungicides with benzimidazolyl had the highest toxicity against Trichoderma viride LTR-2.The EC_ (50) value of carbendazim, benlate and thiophanate-methyl were 0.7395, 1.6784 and 0.7370 μ g/g, respectively.
苯并咪唑类杀菌剂对绿色木霉LTR-2的毒性最高，多菌灵、苯菌灵和甲基硫菌灵的EC50值依次为0.73951、.6784和0.7370μg/g。
Studies on Producing Cellulase from Brewer's Spent Grain through Solid Fermentation by Trichoderma viride
绿色木霉固态发酵啤酒糟生产纤维素酶的研究
Study on Cellulase Production for Non-specific Chitosan Hydrolysis by Trichoderma Viride
绿色木霉产非专一性水解壳聚糖的纤维素酶研究
Study on cellulase activity of Trichoderma viride Rw-2
绿色木霉RW-2纤维素酶的酶学性质研究
Trichoderma viride is one of the fungi that produces the highest cellulase activity and widely distributes in nature, which is often saprophytic on wood, seeds and plant debris.
绿色木霉（TrichodermaViride）是产纤维素酶活性最高的菌株之一，它在自然界分布广泛，常腐生于木材、种子及植物残体上。
Research on extraction of dietary fiber from lemon peel by fermentation with Trichoderma viride and the bleaching technique
发酵制取柠檬皮膳食纤维及其脱色工艺研究
Mutant LR which is fast growing and grows at low temperature (10 ℃), and mutant LRR which is resistant to carbendazim (20 μ g/ml), were obtained from a Trichoderma viride strain LTR-2 by ultraviolet mutation.
通过紫外线诱变处理，获得了可以在低温下（10℃）生长的绿色木霉LTR2的快速生长型突变株LR，以及对多菌灵具有抗性的突变株LRR。
A wettable powder formulation of Trichoderma viride strain LTR-2 was developed, and showed 50.1% - 80.0% of reduction of Fusarium wilt of cotton in field trials with seed treatment and soil drenching.
制备了绿色木霉LTR2的可湿性粉剂，田间条件下处理种子及灌根，菌剂对棉花枯萎病的防治效果达50.1%-80.0%。