Enzyme Kinetics: Rapid–Equilibrium Applications of Mathematica includes CD–ROM

Navigate the complexities of enzyme kinetics with Mathematica®
Quantitative calculations on the rates of enzyme–catalyzed reactions can help identify mechanisms of catalysis and calculate the speed of catalyzed reactions under various conditions. This book shows how to use mathematical applications such as Mathematica® to conduct these calculations more easily and for more complicated mechanisms.
Systematically describes the kinetics of an enzyme–catalyzed reaction using six steps, or six levels of understanding
Provides the rate equations for a variety of types of enzyme–catalyzed reactions under various temperature, pH, and ionic strengths
Requires a minimal number of velocity measurements in order to determine kinetic parameters for enzymatic reactions?
Shows step–by–step instructions for?these calculations plus worked–out examples
Provides a CD–ROM with the entire text of the book as well as programs you can use to estimate kinetic parameters from your own experimental data

Nota biograficzna:

Robert A. Alberty received a BS in 1943 from the University of Nebraska and a PhD from the University of Wisconsin in 1947. He is the author of Thermodynamics of Biochemical Reactions in 2003 and Biochemical Thermodynamics in 2006, both from Wiley. In 2004, he coauthored Physical Chemistry,Fourth Edition with Robert J. Silbey and Moungi G. Bawendi.

Okładka tylna:

Navigate the complexities of enzyme kinetics with Mathematica®
Quantitative calculations on the rates of enzyme–catalyzed reactions can help identify mechanisms of catalysis and calculate the speed of catalyzed reactions under various conditions. This book shows how to use mathematical applications such as Mathematica® to conduct these calculations more easily and for more complicated mechanisms.
Systematic ally describes the kinetics of an enzyme–catalyzed reaction using six steps, or six levels of understanding
Provides the rate equations for a variety of types of enzyme–catalyzed reactions under various temperature, pH, and ionic strengths
Requires a minimal number of velocity measurements in order to determine kinetic parameters for enzymatic reactions?
Shows step–by–step instructions for?these calculations plus worked–out examples
Provides a CD–ROM with the entire text of the book as well as programs you can use to estimate kinetic parameters from your own experimental data