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Shahkaramipour, Nima ; Ramanan, Sankara N. ; Fister, David ; Park, Eugene ; Venna, Surendar R. ; Sun, Haotian ; Cheng, Chong ; Lin, Haiqing ( , Industrial & Engineering Chemistry Research)
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Sun, Haotian ; Haque, Farihah M. ; Zhang, Yi ; Commisso, Alex ; Mohamed, Mohamed Alaa ; Tsianou, Marina ; Cui, Honggang ; Grayson, Scott M. ; Cheng, Chong ( , Angewandte Chemie International Edition)more » « less
Abstract Herein, the design, synthesis, and characterization of an unprecedented copolymer consisting of alternating linear and dendritic segments is described. First, a 4th‐generation Hawker‐type dendron with two azide groups was synthesized, followed by a step‐growth azide‐alkyne “click” reaction between the 4th‐generation diazido dendron and poly(ethylene glycol) diacetylene to create the target polymers. Unequal reactivity of the functional groups was observed in the step‐growth polymerization. The resulting copolymers, with alternating hydrophilic linear and hydrophobic dendritic segments, can spontaneously associate into a unique type of microphase‐segregated nanorods in water.
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Sun, Haotian ; Haque, Farihah M. ; Zhang, Yi ; Commisso, Alex ; Mohamed, Mohamed Alaa ; Tsianou, Marina ; Cui, Honggang ; Grayson, Scott M. ; Cheng, Chong ( , Angewandte Chemie)more » « less
Abstract Herein, the design, synthesis, and characterization of an unprecedented copolymer consisting of alternating linear and dendritic segments is described. First, a 4th‐generation Hawker‐type dendron with two azide groups was synthesized, followed by a step‐growth azide‐alkyne “click” reaction between the 4th‐generation diazido dendron and poly(ethylene glycol) diacetylene to create the target polymers. Unequal reactivity of the functional groups was observed in the step‐growth polymerization. The resulting copolymers, with alternating hydrophilic linear and hydrophobic dendritic segments, can spontaneously associate into a unique type of microphase‐segregated nanorods in water.
