Irradiation (λ ~ 350 nm in an aqueous environment) of carboxylic acid esters derived from the reaction between carboxylic acids and 2-bromo-1-(naphthalene-2-yl)ethanone affords the parent carboxylic acid in good yield, making the 2-acetonaphthyl chromophore a good phototrigger for caging applications, including biomolecular caging.© Elsevie
Photocaged compounds are important tools for studying and regulating multiple processes, including b...
Photocaged compounds are important tools for studying and regulating multiple processes, including b...
Photocaged compounds are important tools for studying and regulating multiple processes, including b...
Irradiation (λ~350 nm in an aqueous environment) of carboxylic acid esters derived from the reaction...
219-226Biomolecular caging is a photochemical strategy for achieving spatially and temporally contro...
Synthesis, photochemistry and photorelease properties of 7-methoxy-3-nitro-2-naphthalenemethanol (MN...
Recently, photocages capable of releasing biologically relevant molecules have been reported, which ...
Photoexcitation of a solution of anthracene-9-methanol derived esters at ~386 nm in CH<SUB>3</SUB>CN...
Synthesis, photochemistry, and biomolecular caging properties of a new chromophore namely 3-nitro-2-...
Synthesis, photochemistry, and biomolecular caging properties of a new chromophore namely 3-nitro-2-...
The (acridin-9-yl)methyl and (9-ethyl-9H-carbazol-3-yl)methyl groups were evaluated as photocleavabl...
Photocleavable protecting groups are important in synthesis and caging. Among many such groups, 2-ni...
Photocleavable protecting groups are important in synthesis and caging. Among many such groups, 2-ni...
Judicious addition of photolabile caging groups (PCGs) to protect biologically im- portant molecules...
The synthesis and photorelease properties of a new phototrigger for alcohols are described. Compared...
Photocaged compounds are important tools for studying and regulating multiple processes, including b...
Photocaged compounds are important tools for studying and regulating multiple processes, including b...
Photocaged compounds are important tools for studying and regulating multiple processes, including b...
Irradiation (λ~350 nm in an aqueous environment) of carboxylic acid esters derived from the reaction...
219-226Biomolecular caging is a photochemical strategy for achieving spatially and temporally contro...
Synthesis, photochemistry and photorelease properties of 7-methoxy-3-nitro-2-naphthalenemethanol (MN...
Recently, photocages capable of releasing biologically relevant molecules have been reported, which ...
Photoexcitation of a solution of anthracene-9-methanol derived esters at ~386 nm in CH<SUB>3</SUB>CN...
Synthesis, photochemistry, and biomolecular caging properties of a new chromophore namely 3-nitro-2-...
Synthesis, photochemistry, and biomolecular caging properties of a new chromophore namely 3-nitro-2-...
The (acridin-9-yl)methyl and (9-ethyl-9H-carbazol-3-yl)methyl groups were evaluated as photocleavabl...
Photocleavable protecting groups are important in synthesis and caging. Among many such groups, 2-ni...
Photocleavable protecting groups are important in synthesis and caging. Among many such groups, 2-ni...
Judicious addition of photolabile caging groups (PCGs) to protect biologically im- portant molecules...
The synthesis and photorelease properties of a new phototrigger for alcohols are described. Compared...
Photocaged compounds are important tools for studying and regulating multiple processes, including b...
Photocaged compounds are important tools for studying and regulating multiple processes, including b...
Photocaged compounds are important tools for studying and regulating multiple processes, including b...