Several organofluorine compounds endowed with unique pharmaceutical activity, such as fluorinated aminoacids, fluorinated arylpropanoic acids, etc. can be conveniently prepared by hydroformylation, hydrocarboxylation and hydroesterification of appropriated olefins containing one or more fluorine atoms in definite positions of the molecule. Many organic-fluorinated compounds obtained by carbonylation procedures represent very useful intermediates for the synthesis of pharmacologically active molecules, as for instance: fluor-indoles, fluor β-lactams and fluor uracils. © 1994
After a general introduction about the properties and preparation of organofluorine compounds (Chapt...
Organofluorine molecules have been widely applied in various research fields because of the unique p...
Fluorine was produced for the first time by Henri Moissan in 1886, for which he received the Nobel P...
Several organofluorine compounds endowed with unique pharmaceutical activity, such as fluorinated am...
Fluorinated ketones are intriguing compounds in synthetic chemistry and life science‐related fields....
Organofluorine chemistry has played a significant role in the majority of the spectacular scientific...
As a consequence of the ever-increasing relevance of fluorinated drugs in medicinal chemistry, orga...
Hydroformylation of fluorinated alkenes is an efficient method for the preparation of fluorinated fu...
Hydroformylation of fluorinated alkenes is an efficient method for the preparation of fluorinated fu...
The development of organofluorine chemistry has revolutionised the way many agrochemical and pharmac...
Fluorinated molecules have become popular compounds among pharmaceuticals. The introduction of fluor...
This work is focused on two areas: the chemistry of organofluorine and organoboron compounds. In the...
Fluorination reactions of medicinal and biologically-active compounds will be discussed. Late stage ...
This thesis describes C–F bond formations and polyfluoroarenation reactions, including the direct el...
The synthesis of organofluorine molecules has become increasingly important in medicinal and agricul...
After a general introduction about the properties and preparation of organofluorine compounds (Chapt...
Organofluorine molecules have been widely applied in various research fields because of the unique p...
Fluorine was produced for the first time by Henri Moissan in 1886, for which he received the Nobel P...
Several organofluorine compounds endowed with unique pharmaceutical activity, such as fluorinated am...
Fluorinated ketones are intriguing compounds in synthetic chemistry and life science‐related fields....
Organofluorine chemistry has played a significant role in the majority of the spectacular scientific...
As a consequence of the ever-increasing relevance of fluorinated drugs in medicinal chemistry, orga...
Hydroformylation of fluorinated alkenes is an efficient method for the preparation of fluorinated fu...
Hydroformylation of fluorinated alkenes is an efficient method for the preparation of fluorinated fu...
The development of organofluorine chemistry has revolutionised the way many agrochemical and pharmac...
Fluorinated molecules have become popular compounds among pharmaceuticals. The introduction of fluor...
This work is focused on two areas: the chemistry of organofluorine and organoboron compounds. In the...
Fluorination reactions of medicinal and biologically-active compounds will be discussed. Late stage ...
This thesis describes C–F bond formations and polyfluoroarenation reactions, including the direct el...
The synthesis of organofluorine molecules has become increasingly important in medicinal and agricul...
After a general introduction about the properties and preparation of organofluorine compounds (Chapt...
Organofluorine molecules have been widely applied in various research fields because of the unique p...
Fluorine was produced for the first time by Henri Moissan in 1886, for which he received the Nobel P...