The construction of functional protein nanotubes by small molecule-induced self-assembly of cricoid proteins
L Miao, Q Fan, L Zhao, Q Qiao, X Zhang… - Chemical …, 2016 - pubs.rsc.org
L Miao, Q Fan, L Zhao, Q Qiao, X Zhang, C Hou, J Xu, Q Luo, J Liu
Chemical Communications, 2016•pubs.rsc.orgA simple strategy has been developed to construct high-ordered protein nanotubes using
electrostatic interactions and “zero-length” crosslinking induced by small molecular
ethylenediamine. Furthermore, utilizing covalent crosslinking, we constructed stable
nanoenzymes with multi-glutathione peroxidase (GPx) active centers on the surface of the
nanotubes, which were anticipated to be ideal functional bionanomaterials.
electrostatic interactions and “zero-length” crosslinking induced by small molecular
ethylenediamine. Furthermore, utilizing covalent crosslinking, we constructed stable
nanoenzymes with multi-glutathione peroxidase (GPx) active centers on the surface of the
nanotubes, which were anticipated to be ideal functional bionanomaterials.
A simple strategy has been developed to construct high-ordered protein nanotubes using electrostatic interactions and “zero-length” crosslinking induced by small molecular ethylenediamine. Furthermore, utilizing covalent crosslinking, we constructed stable nanoenzymes with multi-glutathione peroxidase (GPx) active centers on the surface of the nanotubes, which were anticipated to be ideal functional bionanomaterials.
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