Tanshinones - Globe Thesis

Keyword [Tanshinones] Result: 1 - 20 \| Page: 1 of 2
1.	Effects Of Fertilization On Effective Chemical Constituents Of Cultivated Salvia Miltiorrhiza Bunge. And Chrysanthemum Morifolium Ramat.
2.	Effects Of Organic Fertilizers On Growth And Accumulation Of Tanshinones Of Salvia Miltiorrhiza
3.	Effect Of Copper And Zinc On The Quality And Security Of Salviae Miltiorrhizae Bunge
4.	Molecular Cloning And Expression Analyses Of Genes Involved In Tanshinones Biosynthesis In Salvia Miltiorrhiza
5.	Cloning Of Genes Involved In Tanshinones Biosynthesis And Its Metabolic Regulation
6.	Effects Of Different Applying Methods Of Copper And Zinc And AM Fungi Under Different P-Applied Levels On Growth And Tanshinones Of Salviae Miltiorrhizae Bunge
7.	Effect Of Iron, Manganese And Other Microelements On Growth And Effective Ingredients Of Salviae Miltiorrhizae Bunge
8.	Cloning Of The Gene Family. Salvia Cps Rnai On Tanshinone Class Of Secondary Metabolites
9.	Study On Thepreparation Of Total Tanshinones-β-cyclodextrin And The Antimicrobial Activity In Vitro
10.	Study On Preparation And Quality Standard Of Tanshinones Perfusate
11.	Regulation Of Phenolic Acids And Tanshinones Biosynthesis By BHLH And WD40 Transcription Factors In Salvia Miltiorrihiza Hairy Roots
12.	Effects And Regulation Of Mineral Elements On Accumulation Of Salvia Miltiorrhiza Secondary Metabolites
13.	Effects, Mechanisms And Application Foundation Of Soil Moisture On The Growth And Chemical Compositions Of Salvia Miltiorrhiza Bge.
14.	Study On CRISPR/Cas9 Mediated Genome Editing And Tanshinones Biosynthesis Pathway In Salvia Miltiorrhiza
15.	Research On Underlying Molecular Mechanism Of Biosynthesis Of Tanshinones Response To Salt Stress
16.	Isolation And Function Analysis Of BHIH Translation Factor In Salvia Miltiorrhiza
17.	The Study On Cloning And Function Analysis Of ABC Transportor Genes-ABCL1?ABCL4 In Salvia Miltiorrhiza
18.	Molecular Mechanism Of BHLH7 Interacting With MYB39 To Regulate Phenolic Acids And Tanshinones Biosynthesis In Salvia Miltiorrhiza
19.	Mechanism And Application Of Trichoderma Atroviride D16 Inducing Tanshinones Biosynthesis In Salvia Miltiorrhiza
20.	The Function Of Five SmGRAS Transcription Factors In Regulating The Biosynthesis Of Tanshinones And Phenolic Acids In Salvia Miltiorrhiza
<<First <Prev Next> Last>> Jump to