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Authors Boye, S. ; Appelhans, D. ; Boyko, V. ; Zschoche, St. ; Komber, H. ; Friedel, P. ; Formanek, P. ; Janke, A. ; Voit, B. ; Lederer, A.
Title pH-triggered aggregate shape of different generations lysine-dendronized maleimide copolymers with maltose shell
Date 30.10.2012
Number 35204
Abstract Glycopolymers are promising materials in the field of biomedical applications and in the fabrication of supramolecular structures with specific functions. For tunable design of supramolecular structures, glycopolymer architectures with specific properties (e.g., controlled self-assembly) are needed. Using the concept of dendronized polymers, a series of H-bond active giant glycomacromolecules with maleimide backbone and lysine dendrons of different generations were synthesized. They possess different macromolecular size and functionality along the backbone. Their peripheral maltose units lead to solubility under physiological conditions and controlled aggregation behavior. The aggregation behavior was investigated depending on generation number, pH value, and concentration. A portfolio of complementary analytical tools give an insight into the influence of the different parameters in shaping a rod-, coil-, and worm-like molecular structure and their controlled aggregate formation. MD simulation helped us to understand the complex aggregation behavior of the linear polymer chain without dendritic units.
Publisher Biomacromolecules
Identifier
Citation Biomacromolecules 13 (2012) 4222-4235
DOI https://doi.org/10.1021/bm301489s
Tags field-flow fractionation polyester dendritic systems drug-delivery applications biological-properties dendrimers polymers glycopolymers spectroscopy design glycodendrimers

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