Numerical Computer Methods

✍ Scribed by Ludwig Brand, Michael L. Johnson (Eds.)

• Publisher: Academic Press
• Year: 1992
• Tongue: English
• Leaves: 762
• Series: Methods in Enzymology 210
• Edition: 1
• Category: Library

✦ Synopsis

The aim of this volume is to brief researchers of the importance of data analysis in enzymology, of the modern methods that have developed concomitantly with computer hardware, and of the need to validate their computer programs with real and synthetic data to ascertain that the results produced are what they expected

✦ Table of Contents

Content:
Contributors to volume 210
Pages vii-viii

Preface
Pages ix-xi
Ludwig Brand, Michael L. Johnson

Volumes in series
Pages xiii-xxix

[1] Parameter estimation by least-squares methods Original Research Article
Pages 1-37
Michael L. Johnson, Lindsay M. Faunt

[2] Global analysis of biochemical and biophysical data Original Research Article
Pages 37-54
Joseph M. Beechem

[3] PadГ©-laplace algorithm for sums of exponentials: Selecting appropriate exponential model and initial estimates for exponential fitting Original Research Article
Pages 54-67
Herbert R. Halvorson

[4] Use of weighting functions in data fitting Original Research Article
Pages 68-87
Enrico Di Cera

[5] Analysis of Residuals: Criteria for determining goodness-of-fit Original Research Article
Pages 87-105
Martin Straume, Michael L. Johnson

[6] Analysis of ligand-binding data with experimental uncertainties in independent variables Original Research Article
Pages 106-117
Michael l. Johnson

[7] Monte Carlo Method for determining complete confidence probability distributions of estimated model parameters Original Research Article
Pages 117-129
Martin Straume, Michael L. Johnson

[8] Singular value decomposition: Application to analysis of experimental data Original Research Article
Pages 129-192
E.R. Henry, J. Hofrichter

[9] Fourier resolution enhancement of infrared spectral data Original Research Article
Pages 192-200
Douglas J. Moffatt, Henry H. Mantsch

[10] Maximum likelihood analysis of fluorescence data Original Research Article
Pages 200-237
ЕЅeljko Bajzer, Franklyn G. Prendergast

[11] Method of moments and treatment of nonrandom error Original Research Article
Pages 237-279
Enoch W. Small

[12] Laplace Deconvolution of fluorescence decay surfaces Original Research Article
Pages 279-304
Marcel Ameloot

[13] Interpolation methods Original Research Article
Pages 305-314
Carole J. Spangler

[14] Compartmental analysis of fluorescence decay surfaces of excited-state processes Original Research Article
Pages 314-340
Marcel Mameloot, NoГ«l Boens, Ronn Andriessen, Viviane Van Den Bergh, Frans C. De Schryver

[15] Analysis of discrete, time-sampled data using fourier series method Original Research Article
Pages 340-356
Lindsay M. Faunt, Michael L. Johnson

[16] Alternatives to consider in fluorescence decay analysis Original Research Article
Pages 357-374
Jay R. Knutson

[17] Practical aspects of kinetic analysis Original Research Article
Pages 374-391
Julien S. Davis

[18] Compartmental analysis of enzyme-catalyzed reactions Original Research Article
Pages 391-405
Preston Hensley, Glenn Nardone, Meryl E. Wastney

[19] Analysis of site-specific interaction parameters in protein-DNA complexes Original Research Article
Pages 405-425
Kenneth S. Koblan, David L. Bain, Dorothy Beckett, Madeline A. Shea, Gary K. Ackers

[20] Analysis of circular dichroism spectra Original Research Article
Pages 426-447
W.Curtis Johnson Jr.

[21] Fluorescence quenching studies: Analysis of nonlinear Stern-Volmer data Original Research Article
Pages 448-463
William R. Laws, Paul Brian Contino

[22] Simultaneous analysis for testing of models and parameter estimation Original Research Article
Pages 463-481
Donald F. Senear, David Wayne Bolen

[23] Numerical analysis of binding data: Advantages, practical aspects, and implications Original Research Article
Pages 481-505
Catherine A. Royer, Joseph M. Beechem

[24] Deconvolution analysis for pulsed-laser photoacoustic Original Research Article
Pages 505-521
Jeanne Rudzki Small

[25] Parameter estimation in binary mixtures of phospholipids Original Research Article
Pages 521-539
E.E. Brumbaugh, C. Huang

[26] Deconvolution analysis of hormone data Original Research Article
Pages 539-575
Johannes D .Veldhuis, Michael L. Johnson

[27] Dynamic programming algorithms for biological sequence comparison Original Research Article
Pages 575-601
William R. Pearson, Webb Miller

[28] Programs for symbolic mathematics in biochemistry Original Research Article
Pages 601-610
Herbert R. Halvorson

[29] Artificial neural networks Original Research Article
Pages 610-636
W.T. Katz, J.W. Snell, M.B. Merickel

[30] fractal applications in biology: Scaling time in biochemical networks Original Research Article
Pages 636-675
F.Eugene Yates

Author index
Pages 677-687

Subject index
Pages 688-718