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Chemical Recognition in Biology

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Cover of 'Chemical Recognition in Biology'

Table of Contents

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    Book Overview
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    Chapter 1 What Everyone Wanted to Know About Tight Binding and Enzyme Catalysis, but Never Thought of Asking
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    Chapter 2 The Cytochromes C: Paradigms for Chemical Recognition
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    Chapter 3 Recognition of Ligands by Haem Proteins
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    Chapter 4 Influences of Solvent Water on the Transition State Affinity of Enzymes, Protein Folding, and the Composition of the Genetic Code
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    Chapter 5 Suicide Substrates: Mechanism-Based Inactivators of Specific Target Enzymes
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    Chapter 6 Recognition: the Kinetic Concepts
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    Chapter 7 Coupled Oscillator Theory of Enzyme Action
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    Chapter 8 Stereochemical Aspects of Chain Lengthening and Cyclization Processes in Terpenoid Biosynthesis
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    Chapter 9 Three Multifunctional Protein Kinase Systems in Transmembrane Control
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    Chapter 10 Effect of Catabolite Repression on Chemotaxis in Salmonella Typhimurium
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    Chapter 11 Subunit Interaction of Adenylylated Glutamine Synthetase
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    Chapter 12 Dynamic Compartmentation
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    Chapter 13 The Genes for and Regulation of the Enzyme Activities of two Multifunctional Proteins Required for the De Novo Pathway for UMP Biosynthesis in Mammals
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    Chapter 14 Regulation of Muscle Contraction by Ca Ion
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    Chapter 15 Why is Phosphate so Useful?
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    Chapter 16 ppGpp, a Signal Molecule
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    Chapter 17 Gramicidin S-Synthetase: On the Structure of a Polyenzyme Template in Polypeptide Synthesis
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    Chapter 18 A Molecular Approach to Immunity and Pathogenicity in an Insect-Bacterial System
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    Chapter 19 Structure of the Gene 5 DNA Binding Protein from Bacteriophage fd and its DNA Binding Cleft
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    Chapter 20 Recognition of Nucleic Acids and Chemically-Damaged DNA by Peptides and Protein
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    Chapter 21 Specific Interaction of Base-Specific Nucleases with Nucleosides and Nucleotides
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    Chapter 22 Structural and Dynamic Aspects of Recognition Between tRNAs and Aminoacyl-tRNA Synthetases
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    Chapter 23 Recognition of Promoter Sequences by RNA Polymerases from Different Sources
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    Chapter 24 DNA as a Target for a Protein Antibiotic: Molecular Basis of Action
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    Chapter 25 Site-Specific Mutagenesis in the Analysis of a Viral Replicon
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    Chapter 26 Molecular Mechanism of Protein Biosynthesis and an Approach to the Mechanism of Energy Transduction
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    Chapter 27 On Codon-Anticodon Interactions
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    Chapter 28 Fluorescent tRNA Derivatives and Ribosome Recognition
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    Chapter 29 Structure and Evolution of Ribosomes
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    Chapter 30 Molecular Biology, Culture, and Society
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    Chapter 31 Personal Recollections on Fritz Lipmann During the Early Years of Coenzyme a Research
Attention for Chapter 24: DNA as a Target for a Protein Antibiotic: Molecular Basis of Action
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Chapter title
DNA as a Target for a Protein Antibiotic: Molecular Basis of Action
Chapter number 24
Book title
Chemical Recognition in Biology
Published by
Springer, Berlin, Heidelberg, January 1980
DOI 10.1007/978-3-642-81503-4_24
Pubmed ID
Book ISBNs
978-3-64-281505-8, 978-3-64-281503-4
Authors

I. H. Goldberg, T. Hatayama, L. S. Kappen, M. A. Napier, Goldberg, I. H., Hatayama, T., Kappen, L. S., Napier, M. A.