In-vitro Selection of Highly Stabilized Protein Variants with Optimized Surface

Volume: 309, Issue: 3, Pages: 717 - 726
Published: Jun 1, 2001
Abstract
Thermostable proteins are of prime importance in protein science, but it has remained difficult to develop general strategies for stabilizing a protein. Site-directed mutagenesis based on comparisons with thermophilic homologs is rarely successful because the sequence differences are too numerous and dominated by neutral mutations. Here we used a method of directed evolution to increase the stability of a mesophilic protein, the cold shock...
Paper Details
Title
In-vitro Selection of Highly Stabilized Protein Variants with Optimized Surface
Published Date
Jun 1, 2001
Volume
309
Issue
3
Pages
717 - 726
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