Enzyme Kinetics for Systems BiologyThe 2nd edition has recently been published, the 1st edition has therefore been reduced in price by 20%. Enzyme Kinetics for System Biology is geared towards those who need a reference or classroom textbook that describes the various rate laws one can use to build computer models of cellular networks. The book covers commonly addressed topics such as rapid-equilibrium and steady state kinetics, including chapters on inhibitors, activators, cooperatively and allostery. The text book also includes topics more relevant to systems biology; these include chapters on elasticities, generalized rate laws and kinetics laws used to describe gene expression. Exercises are provided in most chapters with a summary of all the major kinetic rate laws in an appendix. Chapters include: Reaction Kinetics Elasticities Basic Enzyme Kinetics Enzyme Inhibition and Activation Multireactant Rate Laws Cooperativity Allostery Generalized Rate Laws Kinetics of Gene Regulation Basic Thermodynamics Current Print version: 1.08 Original publication date: April 2011 |
Was andere dazu sagen - Rezension schreiben
Es wurden keine Rezensionen gefunden.
Inhalt
Reaction Kinetics | 1 |
Elasticities | 35 |
Basic Enzyme Kinetics | 53 |
Enzyme Inhibition and Activation | 81 |
Multireactant Rate Laws | 111 |
Cooperativity | 119 |
Allostery | 163 |
Generalized Rate Laws | 181 |
Basic Thermodynamics | 249 |
Appendix List of Symbols and Abbreviations | 275 |
Appendix List of Common Rate Laws | 279 |
Appendix Answers to Questions | 291 |
References | 295 |
History | 301 |
| 303 | |
Kinetics of Gene Regulation | 203 |
Andere Ausgaben - Alle anzeigen
Häufige Begriffe und Wortgruppen
active addition allosteric approximation association assume assumption binding bound called chapter close coefficient competitive inhibitor complex compute consider cooperativity curve defined derived describe determine dimer dissociation constant effect effector elasticity enthalpy entropy enzyme equal equilibrium constant estimate example expression Figure forward fractional saturation free energy function gene expression give given glucose heat Hill equation increases indicates inhibition inhibitor inhibitor concentration irreversible LacI levels ligand linear mass-action means measure mechanism microscopic mixed inhibition modifier molecules moles MWC model negative Note occur operator particular positive possible promoter protein rate constants rate law ratio reactant reaction rate regulation relation represents respect response result reversible rules shown shows side simple species standard steady stoichiometric amount substrate concentration subunits Table thermodynamic tion transcription factors units yields zero
Bibliografische Informationen
| Titel | Enzyme Kinetics for Systems Biology |
| Autor/in | Herbert M. Sauro |
| Verlag | Future Skill Software, 2011 |
| ISBN | 0982477317, 9780982477311 |
| Länge | 318 Seiten |
| Zitat exportieren | BiBTeX EndNote RefMan |