Crystallisation via novel 3D nanotemplates as a tool for protein purification and bio-separation

Volume: 469, Pages: 42 - 47
Published: Jul 1, 2017
Abstract
This study reports an experimental validation of the surface preferential nucleation of proteins on the basis of a relationship between nucleant pore diameter and protein hydrodynamic diameter. The validated correlation was employed for the selection of nucleant pore diameter to crystallise a target protein from binary, equivolume protein mixture. We report proof-of-concept preliminary experimental evidence for the rational approach for...
Paper Details
Title
Crystallisation via novel 3D nanotemplates as a tool for protein purification and bio-separation
Published Date
Jul 1, 2017
Volume
469
Pages
42 - 47
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