Design and synthesis of complementary components for the formation of self-assembled supramolecular rigid rods
摘要:
The complementary components AP(2) and AU(2), resulting respectively from the linking of diacylaminopyridine and uracil derivatives to an anthracenic core, have been designed in order to self-assemble, through hydrogen bonding, into polymeric supramolecular rigid rods (AP(2), AU(2))(n). The synthesis of these compounds is reported.
The complementary components AP(2) and AU(2), resulting respectively from the linking of diacylaminopyridine and uracil derivatives to an anthracenic core, have been designed in order to self-assemble, through hydrogen bonding, into polymeric supramolecular rigid rods (AP(2), AU(2))(n). The synthesis of these compounds is reported.
The self-assembly of the complementary components AP2 and AU2, through hydrogen bonding via uracil and 2,6-diacylaminopyridine groups, yields polymeric supramolecular rigid rods (AP2, AU2)n that present a lyotropic mesophase.