Protein engineering handbook. v. 1 / edited by Stefan Lutz and Uwe T. Bornscheuer. — Weinheim : Wiley-VCH, c2009. – (82.95073/P967/v.1) |
Contents
CONTENTS
Volume 1
1 Guidelines for the functional analysis of engineered and mutant enzymes
2 Engineering enantioselectivity in enzyme-catalyzed reactions
3 Mechanism and catalytic promiscuity: emerging mechanistic principles for identification and manipulation of catalytically promiscuous enzymes
4 Φ-value analysis of protein folding transition states
5 protein folding and solubility: pathways and high-throughput assays
6 protein dynamics and the evolution of novel protein function
7 gaining insight into enzyme function through correlation with protein motions
8 structural frameworks suitable for engineering
9 microbes and enzymes: recent trends and new directions to expand protein space
10 Inteins in protein engineering
11 from prospecting to product-industrial metagenomics is coming of age
12 computational protein design
13 assessing and exploiting the persistence of substrate ambiguity in modern protein catalysts
14 designing programmable protein switches
15 the cyclization of peptides and proteins with Inteins
Volume 2
16 a method for rapid directed evolution
17 Evolution of enantioselective bacillus subtilis lipase
18 Circular permutation of proteins
19 Incorporating synthetic oligonucleotides via gene reassembly(ISOR): a versatile tool for generating targeted libraries
20 Protein engineering by structure-guided SCHEMA recombination
21 Chimeragenesis in protein engineering
22 Protein generation using a reconstituted system
23 Equipping in vivo selection systems with tunable stringency
24 Protein engineering by phage display
25 Screening methodologies for glycosidic bond formation
26 Yeast surface display in protein engineering and analysis
27 In vitro compartmentalization (IVC) and other high-throughput screens of enzyme libraries
28 Colorimetric and fluorescence-based screening
29 Confocal and conventional fluorescence-based high throughput screening in protein engineering
30 Alteration of substrate specificity and stereoselectivity of lipases and esterases
31 Altering enzyme substrate and cofactor specificity via protein engineering
32 Protein engineering of modular polyketide synthases
33 Cyanophycin Synthetases
34 Biosynthetic pathway engineering strategies
35 Natural polyester-related proteins: structure, function evolution and engineering
36 Bioengineering of sequence-repetitive polypeptides: synthetic routes to protein-based materials of novel structure and function
37 Silk proteins-biomaterials and bioengineering
Index