Mycobacterium sp - Globe Thesis

Keyword [Mycobacterium sp] Result: 1 - 20 \| Page: 1 of 1
1.	Characterization And Metabolic Pathway For Biodesulfurizing Organic Sulfur Compounds By Newly Isolated Strain
2.	Study On The Degradation Of BS Into Androstenone Strain Selection And Fermentation Condition
3.	Studies On 3-Ketosteroid-1,2-Dehydrogenase Of Mycobacterium Sp.M1
4.	Biodesulfurization Characteristics Of Simulated Fuel Oil In An Air-lift Bioreactor
5.	Study On Immobilized Technology Producing Androst-4-ene-3, 17-dione By Mycobacterium Sp. BD696-6
6.	Isolation And Identification Of Pyrene-Degrading Strain SE12 And Its Degrading Effect
7.	Side-chain Cleavage Of Phytosterols B Mycobacterium Sp.MB3683
8.	Optimization On Androstenedione Production Process Conditions By Microbial Conversion Method
9.	Production Of 4-androstene-3,17-dione Via Side-chain Cleavage Of Phytosterols By Mycobacterium Sp.MB 3683 In Biphasic Systems
10.	Study On The Transformation Of Phytosterol To 9?-hydroxy-4-androstene-3,17-dione By Mycobacterium Sp.BFZ304
11.	Characterization Of Mycobacterium Sp.WY10 And Its Biodegradation To Phenanthrene And Pyrene
12.	PAH-degrading Microbial Isolation,Characterization And Performance Of Pah Removal In Plant
13.	Production Of Androstenedione Via Side-chain Cleavage Of Phytosterols By Mycobacterium Sp.Cells In Systems Containing Ionic Liquids
14.	Optimization On Dehydroepiandrosterone Production Process Conditions By Microbial Conversion Method
15.	Efficient Production Of 9?-hydroxy Androstenedione By Metabolic Engineering Modification Of Mycobacterium Sp.
16.	Study On The Conversion Of Phytosterol To 9?-OH-AD By Mycobacterium Sp.YH
17.	Studies On Technological Conditions For Production Of Androstenedione From Phytosterol By Mycobaterium
18.	Molecular analysis of polycyclic aromatic hydrocarbon degradation by Mycobacterium sp. strain PYO1
19.	Biotransformation Of Phytosterols To Androstenedione In Systems Containing Deep Eutectic Solvents
20.	Development And Research Of Novel Environmental Process For The 9-OH-AD Preparation Through Phytosterols Bio-conversion
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