In the diploma thesis, a method for preparation of the unsaturated C15-C20 tiacumicin fragment was developed. Tiacumicin is classified as a macrolidone antibiotic. Although three syntheses of tiacumicin have been recently published, this study has aimed to develop a novel pathway for its preparation utilizing catalytic reactions instead of stoichiometric ones. In the second part, an enantioselective allylation of (E)-3-jod-2-methylpropenal has been developed applying catalysis by a series of N,N'-dioxide catalysts. The asymmetric induction achieved in the allylation was up to 99% ee. This procedure allows relatively simple, straightforward and efficient preparation of wide range of natural products. Keywords tiacumicin, asymmetric synthesis...
A newly developed pi-allylpalladium with a (-)-beta-pinene framework and an isobutyl side chain cata...
Enatiomerically enriched allylic amines are important synthons for the synthesis of biologically act...
In chapter 1, we described the development of a (BINOLate)Ti-based catalyst for the asymmetric allyl...
The current methodologies of catalytic enantioselective allylation of aldehydes were studied on conj...
This thesis describes the combination of prochiral/racemic electrophiles and non-stabilised nucleoph...
This diploma thesis deals with the use of organocatalysis in an asymmetric allylic substitution reac...
This thesis describes the combination of non-stabilized nucleophiles and prochiral/racemic electroph...
Tiacumicin B is an antibiotic endowed with the remarkable ability to interact with a new biological ...
Our study of the synthesis of the aglycone of tiacumicin B is discussed here. We imagined two possib...
The allylation reaction is an ambiphilic reaction depending on the nature of the allylic substituent...
The research, to be discussed in three chapters, involves the development of new synthetic methods w...
Previous work at Salford involved the deprotonation of meso epoxide (Ha) withchiral lithium amide ba...
Chapter one describes a new approach to the synthesis of the antitumour macrolide (+)-acutiphycin, c...
This thesis consists of five sections. The first four discuss chemistry that is relevant to a total ...
The first part of the bachelor thesis deals with enantioselective allylation of thiophene-2- carbald...
A newly developed pi-allylpalladium with a (-)-beta-pinene framework and an isobutyl side chain cata...
Enatiomerically enriched allylic amines are important synthons for the synthesis of biologically act...
In chapter 1, we described the development of a (BINOLate)Ti-based catalyst for the asymmetric allyl...
The current methodologies of catalytic enantioselective allylation of aldehydes were studied on conj...
This thesis describes the combination of prochiral/racemic electrophiles and non-stabilised nucleoph...
This diploma thesis deals with the use of organocatalysis in an asymmetric allylic substitution reac...
This thesis describes the combination of non-stabilized nucleophiles and prochiral/racemic electroph...
Tiacumicin B is an antibiotic endowed with the remarkable ability to interact with a new biological ...
Our study of the synthesis of the aglycone of tiacumicin B is discussed here. We imagined two possib...
The allylation reaction is an ambiphilic reaction depending on the nature of the allylic substituent...
The research, to be discussed in three chapters, involves the development of new synthetic methods w...
Previous work at Salford involved the deprotonation of meso epoxide (Ha) withchiral lithium amide ba...
Chapter one describes a new approach to the synthesis of the antitumour macrolide (+)-acutiphycin, c...
This thesis consists of five sections. The first four discuss chemistry that is relevant to a total ...
The first part of the bachelor thesis deals with enantioselective allylation of thiophene-2- carbald...
A newly developed pi-allylpalladium with a (-)-beta-pinene framework and an isobutyl side chain cata...
Enatiomerically enriched allylic amines are important synthons for the synthesis of biologically act...
In chapter 1, we described the development of a (BINOLate)Ti-based catalyst for the asymmetric allyl...