The discovery in 1954 of the selective reactions of boronic acids with proximal diols, and subsequent studies of other bi-functional substrates, affording cyclic derivatives, opened a new field in studying the chemical properties of these polyfunctional compounds. A wide range of specific boronates has been prepared, and many workers have shown how useful they can be for example, as crystalline derivatives, reagents for structural analysis, intermediates in synthesis, derivatives for use in a range of separatory techniques, and reaction catalysts. Boronic acids and their derivatives are also of potential value in cancer therapy and possibly as hormone analogues
This phase of our research is focused on synthesizing hybrid heterocyclic boronic acids by covalentl...
Boron, a fairly simple atom in the first row of periodic table, makes remarkable dative bonds, which...
Boron (B), an element that is present in ultratrace amounts in animal cells and tissues, is expected...
Aryl and alkyl boronic acids and their derivatives have a broad variety of applications, ranging fro...
Boronic acids are essential building blocks used for the synthesis of bioactive molecules, the gener...
This thesis describes progress on the application of boronic acids and borate esters as catalysts an...
Organoboron compounds have gathered an important significance within the chemistry community on acco...
Boronične kiseline su spojevi u kojima je trovalentni borov atom povezan s jednom alkilnom ili ariln...
The present essay offers an overview of the latest developments in the chemistry of organoboron comp...
This thesis was previously under moratorium in Chemistry department (GSK) from 26/10/17 until 3 Sept...
Despite a recent publication describing boronic acids as a “novel class of bacterial mutagen,” proce...
This thesis describes novel applications of aryl boronic acid to the synthesis of oligosaccharides i...
Thesis advisor: Jianmin GaoBesides their broad applications in organic chemistry, boronic acids are ...
The focus of our research was to achieve better understanding of the processes underlining the chemi...
As bacteria and viruses continue to mutate and develop multidrug resistance, the urgency for develop...
This phase of our research is focused on synthesizing hybrid heterocyclic boronic acids by covalentl...
Boron, a fairly simple atom in the first row of periodic table, makes remarkable dative bonds, which...
Boron (B), an element that is present in ultratrace amounts in animal cells and tissues, is expected...
Aryl and alkyl boronic acids and their derivatives have a broad variety of applications, ranging fro...
Boronic acids are essential building blocks used for the synthesis of bioactive molecules, the gener...
This thesis describes progress on the application of boronic acids and borate esters as catalysts an...
Organoboron compounds have gathered an important significance within the chemistry community on acco...
Boronične kiseline su spojevi u kojima je trovalentni borov atom povezan s jednom alkilnom ili ariln...
The present essay offers an overview of the latest developments in the chemistry of organoboron comp...
This thesis was previously under moratorium in Chemistry department (GSK) from 26/10/17 until 3 Sept...
Despite a recent publication describing boronic acids as a “novel class of bacterial mutagen,” proce...
This thesis describes novel applications of aryl boronic acid to the synthesis of oligosaccharides i...
Thesis advisor: Jianmin GaoBesides their broad applications in organic chemistry, boronic acids are ...
The focus of our research was to achieve better understanding of the processes underlining the chemi...
As bacteria and viruses continue to mutate and develop multidrug resistance, the urgency for develop...
This phase of our research is focused on synthesizing hybrid heterocyclic boronic acids by covalentl...
Boron, a fairly simple atom in the first row of periodic table, makes remarkable dative bonds, which...
Boron (B), an element that is present in ultratrace amounts in animal cells and tissues, is expected...