Trichoderma - Globe Thesis

Keyword [Trichoderma] Result: 121 - 140 \| Page: 7 of 10
121.	Improved Cellulase Production By Trichoderma Reesei With Enzyme Recovery At Regular Intervals
122.	Screening And Identification Of Mercury Resistant Fungi And Study Of Its Application Potential
123.	Study On The Production Of Fuel Ethanol From Sorghum Straw By Mixed Bacteria Fermentation
124.	Study On Biological Degradation Of Corn Stalk And Improving Thermostability Of The Feruloyl Esterase
125.	Effect Of Liquid Fermentation Factors And Deforming Agent On Conidial Production By Trichoderma Asperellum Strain Tr148c
126.	Screening Of Xylanase Producing Strains, Optimization Of Fermentation And Studies On Enzymatic Property
127.	Screening And Identification Of Cadmium-resistant Trichoderma Strains And Study On The Ability Of Degradation Of Cadmium
128.	Research On Solid Fermentation Technology And Particle Preparation Of Trichoderma Citrinoviride
129.	Study On The Technology And Physicochemical Properties Of Apple Pomace Dietary Fiber By Fermentation Of Trichoderma Viride
130.	Compound Biological Pesticides(Tr8 And B67)WG Development
131.	Cloning And Expression Of Trichoderma Viride Endoglucanase Genes In Lacticacid Bacteria Andanalysis Of Enzyme Activity
132.	Development Of Trichoderma-containing Bio-organic Fertilizer Through Solid Fermentation With Straw And Sugar Filter Mud As Substrates
133.	Influences Of The Polyphenols And Soluble Polysaccharides Of Rice Straw On Cellulase Production By Trichoderma Reesei
134.	Fermentation For Preparing Oil Tea Meal Soluble Dietary Fiber By Trichoderma Reesei
135.	Co-expression Of β-glucosidase And Laccase In Trichoderma Reesei By Random Insertion With Enhanced Filter Paper Activity And Expression Of Aflatoxin Degrading Enzyme In Trichoderma Reesei And Aspergillus Niger
136.	Algicidal Activity Of The Fungus Trichoderma Asperellum SHS3 Against Microcystis And Its Algicidal Mechanism
137.	Heterogenous Expression Of A Laccase Gene In Trichoderma Reesei And Basic Study On Its Application
138.	Mechanism Underlying Cellulases Synthesis Induced By Soluble Inducers In Trichoderma Reesei And Improvement Of Its Cellulolytic Enzyme Production
139.	Mechanism Of Manganese Ion And N,N-Dimethylformamide Inducing Cellulase Production Of Trichoderma Reesei
140.	Identification Of Transcription Factors Controlling Expression Of Cellulolytic Enzymes In Trichoderma Reesei And Development Of Robust Strains For Improved Cellulase Production
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