Protein Engineering [biotech]

Preface Protein Engineering......Page 1
01 Structure-Functional Insight Into\rTransmembrane Helix Dimerization......Page 11
02 Protein Engineering Methods and Applications......Page 43
03 Evolutionary Engineering of Artificial Proteins\rwith Limited Sets of Primitive Amino Acids......Page 69
04 Protein Engineering Applications\ron Industrially Important Enzymes:\rCandida methylica FDH as a case study......Page 85
05 Engineering High-Affinity T Cell\rReceptor/Cytokine Fusions\rfor Therapeutic Targeting......Page 109
06 Molecular Evolution within\rProtease Family C2, or Calpains......Page 129
07 FN3 Domain Engineering......Page 155
08 Engineered Derivatives\rof Maltose-Binding Protein......Page 173
09 Applications of Bioinformatics\rand Experimental Methods to Intrinsic\rDisorder-Based Protein-Protein Interactions......Page 191
10 Protein Folding, Binding and Energy\rLandscape: A Synthesis......Page 217
11 Protein Engineering with\rNon-Natural Amino Acids......Page 263
12 Generation of Xylose-Fermenting\rSaccharomyces Cerevisiae\rby Protein-Engineering......Page 301
13 In Silico Engineering of Proteins\rThat Recognize Small Molecules......Page 317