Bookedited by Vincent L. Pecoraro.
Contents:
Chapter One. Chemical posttranslational modification with designed rhodium(II) catalysts
Chapter Two. Cell-binding assays for determining the affinity of protein-protein interactions: technologies and considerations
Chapter Three. Protein and antibody engineering by phage display
Chapter Four. Incorporation of unnatural amino acids into proteins expressed in mammalian cells
Chapter Five. Method for enzyme design with genetically encoded unnatural amino acids
Chapter Six. Methods for solving highly symmetric de novo designed metalloproteins: crystallographic examination of a novel three-stranded coiled-coil structure containing D-amino acids
Chapter Seven. SpyRings declassified: a blueprint for using isopeptide-mediated cyclization to enhance enzyme thermal resilience
Chapter Eight. Engineering and application of LOV2-based photoswitches
Chapter Nine. Minimalist design of allosterically regulated protein catalysts
Chapter Ten. Combining design and selection to create novel protein-peptide interactions
Chapter Eleven. Metal-directed design of supramolecular protein assemblies
Chapter Twelve. Designing fluorinated proteins
Chapter Thirteen. Solid phase synthesis of helically folded aromatic oligoamides
Chapter Fourteen. Conformational restriction of peptides using dithiol bis-alkylation
Chapter Fifteen. Engineering short preorganized peptide sequences for metal ion coordination: copper(II) a case study
Chapter Sixteen. De Novo construction of redox active proteins
Chapter Seventeen. Design strategies for redox active metalloenzymes: applications in hydrogen production
Chapter Eighteen. Equilibrium studies of designed metalloproteins
Chapter Nineteen. Reconstitution of heme enzymes with artificial metalloporphyrinoids
Chapter Twenty. Creation of a thermally tolerant peroxidase
Chapter Twenty-One. Designing covalently linked heterodimeric four-helix bundles
Chapter Twenty-Two. Design of heteronuclear metalloenzymes
Chapter Twenty-Three. Periplasmic screening for artifical metalloenzymes
Chapter Twenty-Four. De Novo designed imaging agents based on lanthanide peptides complexes
Chapter Twenty-Five. Peptide binding for bio-based nanomaterials
Author Index
Subject Index.