Rearrangements - Globe Thesis

Keyword [Rearrangements] Result: 1 - 20 \| Page: 1 of 3
1.	Asymmetric Total Syntheses Of Dihydropyones Obolactone, Sesquiterpenes Heliannuols B And D
2.	Study On Novel Sigmatropic Rearrangements And Their Application In The Development Of Potential Aroma Compounds
3.	Studies Of Semipinacol Rearrangement
4.	Organic Catalysis And Homogeneous Gold Catalysis Strategy In The Synthesis Of New Potential Fragrant Substances
5.	A Cascade Esterification-Rearrangement Reaction Catalyzed By N-Heterocyclic Carbenes
6.	Heteroatom[1,3]-Migratory Studies In The Claisen And Benzidine Rearrangements
7.	Preparation Of Novel Kind Of AIE Materials And Synthesis Of Thiazepine, Indolizine Derivatives
8.	Study And Applications Of Cope Rearrangements And Prins Cyclizations Based On Cross-Dimerization Between Carbonyl Compounds And Aldehydes Or Imines
9.	Research On N-O Bond Cleaving Rearrangements Based On The Strategy Of Self-hydride Transferring Strategy
10.	Construction Of The Tricyclic Core Of Steenkrotin- Type Diterpenoids And Research Of Cationic Type [5+2] Cycloaddition Premoved By Hypervalent Iodine
11.	1,2-Aminohalogenation Of Arynes
12.	Adventures in gold-catalyzed cascade reactions and rearrangements
13.	Oxonium ylide rearrangements: A novel approach towards the synthesis of the phorbol skeleton
14.	Investigations in rearrangements of sulfonamides to diaryl sulfones
15.	The synthesis of indoline sulfonamides and their rearrangements to sulfones
16.	Harnessing glycal-epoxide rearrangements: Synthetic efforts to adriatoxin and analogues of yessotoxin
17.	Lewis acid-catalyzed rearrangements and cycloadditions of N-sulfonyl oxaziridines
18.	Part I: The first asymmetric total synthesis of nigerone. Part II: Catalytic, enantioselective Claisen rearrangements
19.	Development of Lewis base catalyzed stereoselective methods for synthesis of beta-lactones and dyotropic rearrangements of tricyclic beta-lactones
20.	Development of recyclable fluorous oxidation catalysts: Sigmatropic rearrangements for peptide chemistry
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