Stahl67 bmp
The Role of Models in Theoretical Biology1
Walter R. Stahl
Department oj Biometrics, Oregon Regional Primate Research Center, Bearerton, Oregon and Department of Mathematics, Oregon State Unioersity, Coroallis, Oregon
I. Models of Biological Systems.....166
General References on Biological Modeling . 167
II. Mathematical Modeling Theory .... 169
A. Similarity Criteria for Physical Analogs . 169
B. Objectiye Modeling Criteria .... 171
C. Mathematical Naturę of Modeling Invariants 174
III. Physical Analogs of Organisms .... 175
A. Cardiovascular System Analogs . 176
B. Respiratory Analogs......178
C. Electrical Analog Models .... 179
D. Chemical and Moleculai Analog 180
E. Agronomie and Ecological Analogs 181
IV. Artificial Organs........182
A. Heart-Lung Machines.....182
B. Artificial Kidney......184
C. Miscellaneous Artificial Analogs of Biological
Systems........185
V. Numerical and Kinetic Models .... 186
A. Numerical Kinetics Simulation 186
B. Metabolic and Compartment Models 187
C. Enzyme and Cellular Kinetics Models . 188
D. Numerical Genetics Simulation . 189
E. Stochastic Models......190
F. Numerical Models in Ecology 191
G. Interpretations of Numerical Kinetic Models 192
165
1
Publication No. 226 of the Oregon Regional Primate Research Center, supported in part by Grant FR 00163 of the National Institutes of Health and NIH Grant GM 13605-01.
Wyszukiwarka
Podobne podstrony:
Stahl67 bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 167 possible the rational classification ofStahl67 bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 171 that performance measurements on the modStahl67 bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 175 if, whenever a relation holds between coStahl67 bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 179 thirty to fifty numerical parameters, moStahl67 bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 189 ratios of generation rates, concentratioStahl67 bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 191 physical dimensional variables such as dStahl67) bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 193 VI. Cybernetic Models A large class of mStahl671 bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 195 in the context of biological control areStahl673 bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 197 results obtained from such models are reStahl67C bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 207 (theories) imply the same invariants, e.Stahl67E bmp THE ROLE OF MODELS IN THEORETICAL BIOLOGY 209 1. True model. Ali necStahl67 bmp 173 THE ROLE OF MODELS IN THEORETICAL BIOLOGT TABLE I (Continued) Type of Model NatuStahl67 bmp THE ROLE OF MODELS IN THEORETICAL BIOLO"tY 177 that considerable useful informatiStahl67 bmp THE ROLE OF MODELS IN THEORETICAL BIOLO..Y 181 adenosine triphosphate (ATP) systems haStahl67G bmp 211 THE ROLE OF MODELS IN THEORETICAL BIOLOGY Birkhoff, G. (1960). “Hydrodynamics, a SStahl67I bmp 213 THE ROLE OF MODELS IN THEORETICAL BIOLOGY Guzman-Flores, C., Pacheco, P., Salas, MStahl67Q bmp 215 THE ROLE OF MODELS IN THEORETICAL BIOLOGY Meier, R. L., Blakelock, E. H., and HinoStahl67S bmp 217 THE ROLE OF MODELS IN THEORETICAL BIOLOGY Smith, P. E., Jr. (1962). Proc. San DiegStahl67! bmp THE ROLE OF MOBELS IN THEORETICAL BIOLOGY 185 situ. This similarity can be demonstratewięcej podobnych podstron