"This study introduces a method where photochemical irradiation alters thiazoles and isothiazoles in a selective and predictable way, leveraging their singlet states for rearrangements."
"Upon photoexcitation, structural rearrangements occur, allowing the initial thiazole and isothiazole frameworks to serve as entry points for accessing diverse molecular derivatives."
"The methodology operates under mild photochemical conditions, making it compatible with complex structures and various functionalities, thus broadening synthetic possibilities."
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