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Photochemical Reactions of Sulfur Ylides
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Abstract:
Photochemical reactions offer unparalleled opportunities to access elusive chemical
pathways and develop innovative strategies for constructing complex molecules. Within
organic synthesis, photochemical reactions have become indispensable tools for accessing
complex molecular structures, such as pharmaceuticals and natural products. The ability of
sulfur ylides to participate in these diverse processes has made them indispensable tools in
the synthetic chemist's toolbox. The use of sulfur ylides in photochemical transformations
has garnered significant attention in the synthetic organic chemistry community, and they
serve as powerful intermediates in several chemical transformations. This review article
presents a comprehensive overview of the photochemical reactions mediated by sulfur
ylides. Herein, we describe the key aspects of the reactivity of sulfur ylides in the presence
of light. The reactivity of these compounds can be classified into three categories: sulfur
ylides as energy acceptors, as electron donors, and as trapping reagents.
Bentham Science Publishers Ltd.
Title: Photochemical Reactions of Sulfur Ylides
Description:
Abstract:
Photochemical reactions offer unparalleled opportunities to access elusive chemical
pathways and develop innovative strategies for constructing complex molecules.
Within
organic synthesis, photochemical reactions have become indispensable tools for accessing
complex molecular structures, such as pharmaceuticals and natural products.
The ability of
sulfur ylides to participate in these diverse processes has made them indispensable tools in
the synthetic chemist's toolbox.
The use of sulfur ylides in photochemical transformations
has garnered significant attention in the synthetic organic chemistry community, and they
serve as powerful intermediates in several chemical transformations.
This review article
presents a comprehensive overview of the photochemical reactions mediated by sulfur
ylides.
Herein, we describe the key aspects of the reactivity of sulfur ylides in the presence
of light.
The reactivity of these compounds can be classified into three categories: sulfur
ylides as energy acceptors, as electron donors, and as trapping reagents.
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