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Noncovalent functionalization of a nanofibrous network with a bio-inspired heavy metal binding peptide
Authors
A. Celebioglu
Cinar G.
+4 more
R. Garifullin
M.O. Guler
Ustahuseyin O.
T. Uyar
Publication date
1 January 2013
Publisher
'Royal Society of Chemistry (RSC)'
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Abstract
Peptide-polymer nanofibrous networks can be developed to obtain hybrid systems providing both functionalities of peptides and stability and processability of the polymers. In this work, a bio-inspired heavy metal binding peptide was synthesized and noncovalently immobilized on water-insoluble electrospun hydroxypropyl-beta-cyclodextrin nanofibers (CDNF). The peptide functionalized hybrid nanofibers were able to bind to heavy metal ions and facilitated removal of metal ions from water. The peptide-polymer scavenging system has potential for development of further molecular recognition systems with various peptide sequences or host-guest inclusion complexes. © 2013 The Royal Society of Chemistry
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Last time updated on 12/11/2016