培养时间对t 88的产酶有一定影响。
The effect of culture time on enzyme production of T88 was studied.
研究发酵基质对混菌固体发酵产酶的影响。
Study on solid fermentation of bioherbicidal Sclerotinia minor;
甘油，葡萄糖，甘露糖等对产酶有强的阻遏作用。
The enzyme production was strongly inhibited by glycerol, glucose, mannose.
然而，0.1%牛肉膏对产酶具强烈的抑制作用。
But keratinase produced was inhibited largely by 0.1% beef extract.
在菌丝体生长旺盛期产酶最高，光照抑制酶的产生。
The peak fibrinolytic enzyme production lies in the mycelia proliferation phase, light will inhibit the fibrinolytic enzyme production.
葡萄糖，蛋白胨是两菌株发酵产酶较好的碳、氮源。
The optimum carbon source was glucose and peptone as the optimum nitrogen source.
此菌株产酶量高，发酵周期短，具有良好的应用潜力。
This strain with higher yield of chitosanase and shorter fermentation period displayed good potential for future applications.
从白腐真菌中筛选产木聚糖酶菌株，并研究其产酶条件。
A strain of xylanase producing was screened from white-rot fungi.
经产酶条件研究和工厂生产试验，建立了加菌沤麻新工艺。
A new technology of adding the bacteria for retting flax was developed by studying the fermentation conditions in lab and industrial flax production.
结论临床感染分离的PA、产酶菌株与非产酶菌株均呈多重耐药性。
Conclusion Among the PA strains isolated from clinic, both MBL producing strains and non-MBL ones were multiple antimicrobial resistance.
对脂肪酶产生菌进行了筛选，并对优势菌株杆菌的产酶条件进行研究。
The lipase-producing strains were screened and the enzyme producing conditions by the selected bacillus which had high lipase producing ability were studied.
本文还对突变株60d7z53发酵产酶培养基和培养条件进行了优化。
The optimal culture medium and conditions of cellulase production on the mutant 60d7z53 were carried out.
能够产生纤维素酶的微生物的产酶能力低下，且所产生的酶的组分不全或不平衡。
Microorganism that can produce cellulase has low ability to produce enzyme, and the components of the produced enzyme are incomplete or unbalanced.
该产品不仅对敏感菌，而且对产酶菌有较好作用，其抗菌谱更广、抗菌作用更强。
The product has wide antiseptic spectrum and powerful antiseptic effect to not only sensitive germ but also chromobacterium.
然后在获得最佳制曲条件的基础上，加入各种激活剂，考察对米曲霉产酶的影响；
Then adding a variety of activating agents , the enzyme production of Aspergillus oryzae were investigated on the basis of the conditions of the best starter propagation process;
发现在发酵过程中蜡样芽孢杆菌菌体产酶的过程也就是木质纤维素的降解糖化过程。
The results show that the process of biodegradation of lignocellulose is actually the simultaneous saccharification and fermentation.
产酶细胞的生物量在培养了48小时时达到了最高，但酶活在培养了大约24小时时为最高。
The cell biomass reached to the highest when cultured for 48 hours, but the enzyme activity had reached to the highest after 24 hours. Afterwards, bacteria were immobilized by PVA-boric acid method.
对其生长、产酶特性和酶活力影响因素的研究结果表明：AT-22所产琼胶酶为诱导酶，0。
The results show that the agarase produced by AT-22 is an inducible enzyme, and the enzyme producing ability will be restrained by addition of 0.
本文首先研究了多孔材料——聚氨酯泡沫固定化黄孢原毛平革菌合成木素降解酶系的产酶条件。
In this thesis, we first studied ligninolytic enzymes production by Phanerochaete chrysosporium immobilized on porous polyurethane foams.
双载体固定化细胞经30批次连续重复发酵产酶稳定在较高水平，固定化细胞粒子机械强度高。
In the repeated batch culture experiment, the immobilized cells maintained a high capacity and machinery strength after 30 batches.
结果表明，弹性蛋白酶发酵液紫外吸收光谱的变化与菌体生长以及弹性蛋白产酶过程存在密切联系。
The results show that the changes in the absorption spectra were closely related with bacteria growth and elastase 'production.
用CMC糖化力法和纤维素减重法探讨了对一组高效稳定的纤维素分解细菌复合系MC1的产酶条件。
The conditions of cellulase production of microbial consortia MC1 capable of degrading cellulose with high efficiency were investigated with CMC saccharogenic powder and gravimetry.
在研究毛霉m1和根霉m2的生长温度和产酶特性的基础上，进行了三个不同配比的腊八豆生产实验。
The growth temperature and situation of producing enzymes from Mucor M1 and Rhizopus M2 were studied. Experiments on three different matching of Mucor M1 and Rhizopus M2 were done.
本文介绍了阿魏酸酯酶的结构特征、酶学特性、产酶微生物及其在食品、饲料和造纸工业中应用的前景。
In this paper, its structure, catalysis characteristics, the main enzyme-producing microorganisms and its potential application in different area are reviewed.
但考察以活性炭固定化培养拟青霉h- 104 - 1产漆酶较单纯液体培养产酶耐热性有相应的提高。
But under immobilized culture, the laccase activity of Paecilomyces sp. H-104-1 got wider pH range, more temperature adaptability and heat-resistant ability.
对菌株42-1产酶发酵条件的研究表明，SOX可以被诱导物如肌氨酸、肌酸、肌酐和氯化胆碱诱导产生。
The results showed that SOX from strain 42-1 was an induced enzyme and could be induced by reagents, such as sarcosine, creatine, creatinine and choline chloride.
几丁质为其最适碳源，2.0%粉末几丁质最有利于产酶，而同浓度的胶体几丁质其诱导效果远不如粉末几丁质。
As the optimal carbohydrate, chitin powder at 2.0% had the best production of chitinase, while colloidal chitin at 2.0% was inferior.
介绍了葡糖淀粉酶(GA)，论述了GA的产酶菌、产酶影响因素、酶的相对分子质量及其结构，酶的一般性质。
Glucoamylases (GA) is introduced, production of fungi, affecting factors for fungi production, relative molecular weight, structure, and general properties of glucoamylases are reviewed.
从产酶种类、耐盐性、产酸能力、解磷能力等方面进行分析，部分菌株可以作为微生物酶制剂、微生物肥料生产的待选菌株。
Some of these could be used as microbial fertilizer and enzyme-producing strains because of their multiple enzymes, high salt-enduring or capacities of releasing fixed phosphorus.
从产酶种类、耐盐性、产酸能力、解磷能力等方面进行分析，部分菌株可以作为微生物酶制剂、微生物肥料生产的待选菌株。
Some of these could be used as microbial fertilizer and enzyme-producing strains because of their multiple enzymes, high salt-enduring or capacities of releasing fixed phosphorus.
应用推荐