2014
DOI: 10.1002/ange.201404848
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Prozessive Katalyse

Abstract: Die Enzyme natürlicher Systeme haben Naturwissenschaftler schon immer inspiriert. Die komplexen Prozesse, auf denen ihre Selektivität und Effizienz beruhen, kommen langsam ans Tageslicht. Viele biomimetische Katalysatoren wurden nach ihrem Vorbild entworfen, allerdings liegt fast immer der Schwerpunkt auf der Umwandlung niedermolekularer Substrate. Die Natur hingegen kennt viele katalytische Systeme, die ganze Polymere modifizieren, replizieren oder abbauen, und das oft in prozessiver Weise. Beispielsweise kan… Show more

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Cited by 9 publications
(1 citation statement)
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References 39 publications
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“…This can be attained, for example, with a nanopore that transforms a coded macromolecular sequence into an electrical signal [11] . Afterwards, the transmitted signal can be exploited for the synthesis of a sequence‐defined macromolecular replicate; for example with the help of processive catalysis [12] . Although never achieved, such a contact‐free mechanism may potentially also lead to macromolecular information transfer.…”
Section: General Mechanismsmentioning
confidence: 99%
“…This can be attained, for example, with a nanopore that transforms a coded macromolecular sequence into an electrical signal [11] . Afterwards, the transmitted signal can be exploited for the synthesis of a sequence‐defined macromolecular replicate; for example with the help of processive catalysis [12] . Although never achieved, such a contact‐free mechanism may potentially also lead to macromolecular information transfer.…”
Section: General Mechanismsmentioning
confidence: 99%