Michael addition - Globe Thesis

Keyword [Michael addition] Result: 21 - 40 \| Page: 2 of 3
21.	Preparation And Characterization Of Low Molecular Weight PEI-Based Vectors Via Acid-Labile Ortho Ester Linkage
22.	Studies On The Synthesis And Asymmetric Catalytic Behaviors Of Novel Chiral Bifunctional Organocatalysts
23.	Asymmetic Michael Addition Recations Of 5H-Thiazol-4-Ones Catalyszed By Dipetide-based Br(?)nsted Bases
24.	Asymmetric Organic Catalytic [4+2] Cycloaddition And Michael Addition Reaction Of 5H-thiazole/Oxazole-4-ones
25.	Organocatalytic Enantioselective Vinylogous Aldol And Micheal Addition Reaction
26.	Preparation Of Hydrogel Based On Michael-addition And Their Applicationin Cartilage Tissue Engineering
27.	Total Synthesis Of Cornolactone A,B And Several Analogues
28.	Investigation On Sandwich-type Electrochemistry Sensors For Glucose Based On Boronate Affinity
29.	Synthesis Of Substituted Terahydrofuran And Coupling Decarboxylation Reactions Of O-halocarboxylic Acid At High Timperature
30.	Construction Of Covalently Modified Decellularized Porcine Aortic Heart Valve With Osteoprotegerin In Vitro
31.	Synthesis Of Novel Organocatalysts And Their Applications In Asymmetric Michael Additions
32.	Synthesis And Biological Evaluation Of Pyrrole Derivatives Via Multicomponent Reaction And Study On Asymmetric Michael Addition Reactionof Amino Malonitrile
33.	Design And Synthesis Of Novel Organocatalysts Based On Ferrocene And Study On The Applications Of Asymmetric Michael Additions
34.	Vinylsulfonamides For Chemoselective Reaction And Their Application
35.	Asymmetric Synthesis Of ABC Tricyclic Core In Daphniphyllum Alkaloid 21-deoxymacropodumine D
36.	Study On Chirality Synthesis Of 3-quaternary Carbon-β’-nitroguanidine Synthesis And Activity Evaluation
37.	Synthesis Of Important Intermediates Of Vinigrol
38.	Total Synthetic Study Of The Natural Product (+)-Porantheridine And (-)-6-epi-Porantheridine
39.	Hydrolase Catalysis Synthesis Of 1,4-Dihydropyridine Antihypertensive Drug And Its Derivatives
40.	Preparation And Characterization Of The Nucleic Acid Chip Substrates Based On Michael Addition
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