2007
DOI: 10.1002/pi.2198
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Perspectives on main‐chain hydrogen bonded supramolecular polymers

Abstract: Supramolecular polymers are assembled from monomeric units held together by reversible non-covalent interactions. These supramolecular materials display polymeric properties and may soon have important industrial applications. This mini review focuses on the advances in main-chain supramolecular polymers whose assembly is guided primarily by hydrogen bonding interactions. The design constraints of these new systems discussed include assembly motifs, the strength and directionality of the non-covalent interacti… Show more

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Cited by 53 publications
(30 citation statements)
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“…The DNA structure and the noncovalent forces used to generate the double helix have inspired researchers to utilize these same noncovalent interactions to generate unique macromolecules and structures. Supramolecular chemistry describes the formation and synthesis of macromolecules through specific, directional noncovalent interactions between small‐molecule monomers 31–34. Typical noncovalent interactions employed in supramolecular chemistry are hydrogen bonding,35 π‐π interactions,36 or metal coordination 37.…”
Section: Dna Structure and Experimental Techniquesmentioning
confidence: 99%
“…The DNA structure and the noncovalent forces used to generate the double helix have inspired researchers to utilize these same noncovalent interactions to generate unique macromolecules and structures. Supramolecular chemistry describes the formation and synthesis of macromolecules through specific, directional noncovalent interactions between small‐molecule monomers 31–34. Typical noncovalent interactions employed in supramolecular chemistry are hydrogen bonding,35 π‐π interactions,36 or metal coordination 37.…”
Section: Dna Structure and Experimental Techniquesmentioning
confidence: 99%
“…Durch gezielten Entwurf von multiplen, linear ausgerichteten Wasserstoffbrücken konnten hohe Bindungskonstanten in organischen Lösungsmitteln erzielt werden; [4,[14][15][16][17][18] diese Strategie ließ sich bislang jedoch nicht auf wässrige Lösungen ausweiten, da Wassermoleküle um die Bindungsstellen für Wasserstoffbrücken konkurrieren. [19,20] Hier stellen wir eine Methode für die Entwicklung von dynamischen Materialien in Wasser vor, in denen die Polymerketten durch einen ternären Wirt-Gast-Komplex zusammengehalten werden, dessen reversibles Bindungsverhalten durch externe Stimuli gesteuert werden kann. Als Wirtmolekül wurde Cucurbit [8]uril (CB [8]) [21][22][23][24] ausgewählt, das die Polymerketten wie eine supramolekulare "Handschelle" zusammenkettet (Abbildung 1).…”
unclassified
“…Polimer ini dapat kembali menjadi monomer atau oligomernya sehingga supramolekular polimer ini bersifat reversible (Lehn (2002), Bouteiller (2007), Shimizu (2007) dan Weck (2007)). Karena sifat reversible ini, supramolekular polimer memiliki beberapa kelebihan dibandingkan polimer murni, kelebihan tersebut diantaranya : 1) memiliki sifat yang dapat berubah sesuai dengan kondisi lingkungan (karena bersifat re v e r s i b l e ) , 2 ) m e m p e r mu d a h p r o s e s pengolahan material, dan 3) memiliki sifat healing ability (Ghosh, 2009).…”
Section: Supramolekular Polimerunclassified