Self-Organizing Oligothiophene−Nucleoside Conjugates: Versatile Synthesis via “Click”-Chemistry
摘要:
A versatile synthesis of novel oligothiophene-nucleoside conjugates based on Cu(I)-catalyzed alkyne-azide cycloaddition ("click-reaction") has been developed. Complementary thymidine- and adenosine-functionalized quaterthiophenes form recognition-driven superstructures via hydrogen bonding and other competing intermolecular forces. Self-aggregated fibers up to 30 mu m in length were characterized with atomic force microscopy.
Self-Organizing Oligothiophene−Nucleoside Conjugates: Versatile Synthesis via “Click”-Chemistry
摘要:
A versatile synthesis of novel oligothiophene-nucleoside conjugates based on Cu(I)-catalyzed alkyne-azide cycloaddition ("click-reaction") has been developed. Complementary thymidine- and adenosine-functionalized quaterthiophenes form recognition-driven superstructures via hydrogen bonding and other competing intermolecular forces. Self-aggregated fibers up to 30 mu m in length were characterized with atomic force microscopy.