Mathematical Biosciences 2001: Vol 169-174 Index

5 Pages·2001·0.8 MB·English

Mathematical
Biosciences
ELSEVIER Mathematical Biosciences 174 (2001) 133-134
www.elsevier.com/locate/mbs
Author index to volumes 169-174
Afenya, E.K., 172 (2001) 15 Fransson, P.A., see Johansson, R.
Aittokallio, T., M. Gyllenberg and O. Polo, 170 (2001) 79 French, N.P., see Clancy, D.
akovlev, A.Y., see Bartoszynski, R.
Anderson, C. and N.A. Trayanova, 174 (2001) 91 Gallagher, R.P., see Bajdik, C.D.
Aparicio, J.P. and H.G. Solari, 169 (2001) 15 Gavaghan, D.J., see Whiteley, J.P.
Gloushonok, G., see Bentsman, J.
Bajdik, C.D., J.M. Raboud, M.T. Schechter, B.C. McGillivray Godfrey, K.R., see White, L.J.
and R.P. Gallagher, 171 (2001)9 9 Grant, S8.G., see Kozusko, F.
Bartoszynski, R., L. Edler, L. Hanin, A. Kopp-Schneider, Grasman, J.,O.A. van Herwaarden, L. Hemerik and
L. Pavlova, A. Tsodikov, A. Zorin and A.Y. Yakovlev, J.C. van Lenteren, 169 (2001) 207
171 (2001) 113 Gravenor, M.B., see Kao, R.R.
Bassingthwaighte, J.B., see Wang, C.Y. Greenhalgh, D., see Lewis, F.
Beltrami, E. and J. Jesty, 172 (2001) 1 Gyllenberg, M., see Aittokallio, T.
Bentsman, J., 1.V. Dardynskaya, O. Shadyro, G. Pellegrinetti,
R. Blauwkamp and G. Gloushonok, 169 (2001) 129 Hahn, C.E.W., see Whiteley, J.P.
Blauwkamp, R., see Bentsman, J. Hanin, L., see Bartoszynski, R.
Bocharov, G., see Luzyanina, T. Hanin, L.G., 169 (2001) 89
Boer, M.P., B.W. Kooi and S.A.L.M. Kooijman, 169 (2001) 109 Hemerik, L., see Grasman, J.
Bonneu, M., see Hyrien, O. Hermanowicz, S.W., 169 (2001) 1
Brandeau, M.L., see Zaric, G.S. Hyrien, O., V. Klés, D. Concordet, M. Bonneu, M. Laurentie
Braselton, J.P. and P. Waltman, 173 (2001) 55 and P. Sanders, 169 (2001) 27
Brauer, F. and P. van den Driessche, 171 (2001) 143
Jesty, J., see Beltrami, E.
Carrillo, H. and F.A. Ongay, 172 (2001) 33 Johansson, R., M. Magnusson, P.A. Fransson and M. Karlberg,
Castillo-Chavez, C. and A.-A. Yakubu, 173 (2001) 35 174 (2001) 41
Chappell, M.J., see Margaria, G.
Chappeli, M.J., see White, L.J. Kamina, A., R.W. Makuch and H. Zhao, 170 (2001) 187
Chen, L., see Song, X. Kao, R.R., M.B. Gravenor and A.R. McLean, 174 (2001) 61
Chen, L., see Xiao, Y. Karlberg, M., see Johansson, R.
Chen, P.-H., see Kozusko, F. Kepler, T.B., see Radmacher, M.D.
Clancy, D. and N.P. French, 170 (2001) 113 Klenerman, P., see Luzyanina, T.
Concordet, D., see Hyrien, O. Klés, V., see Hyrien, O.
Coombes, S., 170 (2001) 155 Kooi, B.W., see Boer, M.P.
Kooijman, S.A.L.M., see Boer, M.P.
Diaz-Sierra, R. and V. Fairén, 171 (2001) 1 Kopp-Schneider, A., see Bartoszynski, R.
Dardynskaya, I.V., see Bentsman, J. Kot, M., see Wang, M.-H.
Day, B.W., see Kozusko, F. Kozusko, F., P.-H. Chen, $.G. Grant, B.W. Day and
J.C. Panetta, 170 (2001) 1
Edler, L., see Bartoszynski, R.
Ehl, S., see Luzyanina, T. Lam, T.J.G.M., see White, L.J.
Engelborghs, K., see Luzyanina, T. Laurentie, M., see Hyrien, O.
Engen, S., 173 (2001) 85 Lewis, F. and D. Greenhalgh, 169 (2001) 53
Evans, N.D., see White, L.J. Li, B., 174 (2001) 27
Li, M.Y., see Fan, M.
Fairén, V., see Diaz-Sierra, R. Lindsay, K.A., J.M. Ogden and J.R. Rosenberg, 170 (2001) 133
Fan, M., M.Y. Li and K. Wang, 170 (2001) 199 Lines, G.T., see Sundnes, J.
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134 Author index | Mathematical Biosciences 174 (2001) 133-134
Luzyanina, T., K. Engelborghs, S. Ehl, P. Klenerman and Solari, H.G., see Aparicio, J.P
G. Bocharov, 173 (2001) 1 Song, X. and L. Chen, 170 (2001) 173
Steel, M. and A. McKenzie, 170 (2001) 91
Magnusson, M., see Johansson, R. Sundnes, J., G.T. Lines and A. Tveito, 172 (2001) 55
Makuch, R.W., see Kamina, A.
Margaria, G., E. Riccomagno, M.J. Chappell and H.P. Wynn, Trayanova, N.A., see Anderson, C.
174 (2001) 1 Tsodikov, A., see Bartoszynski, R.
McGillivray, B.C... see Bajdik, C.D. Tveito, A., see Sundnes, J.
McKenzie, A., see Steel, M.
McLean, A.R., see Kao, R.R van den Driessche, P., see Brauer, F.
Medley, G.F., see White, L.J. van Herwaarden, O.A., see Grasman, J.
Milligan, P., see Weber, A van Lenteren, J.C., see Grasman, J.
Venturino, E., 174 (2001) 111
Nichols, J.D., see Nichols, J.M.
Nichols, J.M. and J.D. Nichols, 171 (2001) 21 Waltman, P., see Braselton, J.P.
Wang, C.Y. and J.B. Bassingthwaighte, 173 (2001) 103
Ogden, J.M., see Lindsay, K.A Wang, K., see Fan, M.
Ongay, F.A., see Carrillo, H Wang, M.-H. and M. Kot, 171 (2001) 83
Weber, A., M. Weber and P. Milligan, 172 (2001)9 5
Panetta, J.C., see Kozusko, F. Weber, M., see Weber, A.
Pavlova, L., see Bartoszynski, R. White, L.J., N.D. Evans, T.J.G.M. Lam, Y.H. Schukken,
Pellegrinetti, G., see Bentsman, J. G.F. Medley, K.R. Godfrey and M.J. Chappell, 174 (2001) 77
Petrovskii, S. and N. Shigesada, 172 (2001) 73 Whiteley, J.P., D.J. Gavaghan and C.E.W. Hahn, 169 (2001) 153
Plevritis, S.K., 171 (2001) 155 Wiechert, W. and M. Wurzel, 169 (2001) 173
Polo, O., see Aittokallio, T Wurzel, M., see Wiechert, W.
Wynn, H.P., see Margaria, G.
Raboud, J.M., see Bajdik, C.D.
Radmacher, M.D. and T.B. Kepler, 170 (2001) 59 Xiao, Y. and L. Chen, 171 (2001) 59
Riccomagno, E., see Margaria, G.
Rosenberg, J.R., see Lindsay, K.A. Yakovlev, A. Yu., see Bartoszynuski, R.
Yakubu, A.-A., see Castillo-Chavez, C.
Sanders, P., see Hyrien, O. Yoshigaki, T., 170 (2001) 17
Schechter, M.T., see Bajdik, C.D
Schinazi, R.B., 173 (2001) 25 Zaric, G.S. and M.L. Brandeau, 171 (2001) 33
Schukken, Y.H., see White, LJ. Zhao, H., see Kamina, A.
Shadyro, O., see Bentsman, J. Zheng, Q., 172 (2001) 115
Shigesada, N., see Petrovskii, S. Zorin, A., see Bartoszynski, R.
ee Mathematical
ey Biosciences
ms AA : :
ELSEVIER Mathematical Biosciences 174 (2001) 135-137
www.elsevier.com/locate/mbs
Subject index to volumes 169-174
Activation threshold, 172 (2001) 1 Dairy cattle, 170 (2001) 113
AIDS, 169 (2001) 53; 173 (2001) 25 Defibrillation, 174 (2001) 91
Allelopathy, 173 (2001) 55 Dendrites, 170 (2001) 133
Antimitotic drugs, 170 (2001) 1 Dendritic spines, 170 (2001) 155
Apoptosis, 170 (2001) | Dendritic sub-unit, 170 (2001) 133
Attractor reconstruction, 171 (2001) 21 Density-dependent processes, 170 (2001) 113
Differential algebra, 174 (2001) 1
Differential equation model, 169 (2001) 207
Bidomain model, 172 (2001) 55
Diffusion, 173 (2001) 103
Biofilm model, 169 (2001) |
Diffusion approximations, 170 (2001) 113
Biofilm morphology, 169 (2001) 1
Disease-induced persistent cycles, 174 (2001) 111
Biological control, 169 (2001) 207
Dispersal, 173 (2001) 35
Biological invasion, 172 (2001) 73
Dispersion index, 172 (2001) 115
Biphasic shock, 174 (2001) 91
Birth and death process, 169 (2001) 89
Bistability, 173 (2001) 35 Endemic equilibrium, 170 (2001) 199
Blood coagulation, 172 (2001) 1 Environmental stochasticity, 173 (2001) 85
Branching process, 169 (2001) 27; 169 (2001) 89 Epidemic control, 171 (2001) 33
Breast cancer screening, 171 (2001) 155 Epidemic model, 171 (2001) 143
Breast cancer, 171 (2001) 99 Epidemic models, 170 (2001) 199
Epidemics, 170 (2001) 113; 174 (2001) 111
Equilibrium and stability analysis, 169 (2001) 53
Cable equation, 170 (2001) 133
Equilibrium stability, 170 (2001) 173
Cancer detection, 171 (2001) 113
Equivalent cable, 170 (2001) 133
Capillary, 173 (2001) 103
Equivalent structure, 170 (2001) 133
Carbon labeling experiments, 169 (2001) 173
Erosion detachment, 169 (2001) |
Cardiac rhythms, 172 (2001) 33
Erythropoietic system, 169 (2001) 27
Cell cycle phase-specific chemotherapy, 170 (2001) 1
Exact solution, 172 (2001) 73
Cellular automata, 169 (2001) 1
Exponential growth, 169 (2001) 207
Chaos, 171 (2001) 21
External mass transfer, 169 (2001) 1
Chemostat, 173 (2001) 55; 174 (2001) 27
Chemotherapy, 172 (2001) 15
Circle maps, 172 (2001) 33 False nearest neighbors, 171 (2001) 21
Clonogenic tumor cell, 169 (2001) 89 Familial disease, 171 (2001) 99
Competing species, 174 (2001) 111 Fisher equation, 172 (2001) 73
Competition, 173 (2001) 55 Flow in collapsible tube, 170 (2001) 79
Competition for three resources, 174 (2001) 27 Flow limitation, 170 (2001) 79
Competitive exclusion, 174 (2001) 27 Food chain, 169 (2001) 109
Competitive system, 170 (2001) 173; 174 (2001) 27 Forced oscillators, 172 (2001) 33
Fractionated cancer radiotherapy, 169 (2001) 89
Compound matrices, 170 (2001) 199
Constrained herd size, 170 (2001) 113 Functional response, 169 (2001) 207
Correlation dimension, 171 (2001) 21
Cross-protection, 174 (2001) 77 Genetic predisposition, 171 (2001) 99
CTL memory, 173 (2001) | Geometric growth, 173 (2001) 35
Curacin A, 170 (2001) 1 Global bifurcations, 169 (2001) 109
Cytokinesis, 170 (2001) 17 Global stability theory, 169 (2001) 173
0025-5564/01/$ - see front matter © 2001 Elsevier Science Inc. All rights reserved.
PII: $0025-5564(01)00085-2
136 Subject index | Mathematical Biosciences 174 (2001) 135-137
Global stability, 170 (2001) 199; 171 (2001) 59; 171 (2001) 143 Multistrain, 174 (2001) 77
Growth factors, 172 (2001) 15 Mutual information, 171 (2001) 21
Hematopoiesis, 172 (2001) 15 Neeoo: spora c‘aanniinnuumm,, 170 170 ((2206 01) 11 3
He ‘a Ne s, 170 (2001) 133
Heteroclinic cycle, 174 (2001) 27 eurons, 170 (2808) |
as - Neutral theory, 172 (2001) 115
Heteroclinic orbits, 169 (2001) 109 :
. Next-minimum map, 169 (2001) 109
Heterogeneity, 173 (2001) 103
HIV. 169 (2001) 53 Non-homogeneous birth and death process, 169 (2001) 27
: + . ‘ Non-linear dynamics, 169 (2001) 15
Homoclinic orbits, 169 (2001) 109 : : .
el Me Non-linear systems, 171 (2001) 21
Hopf bifurcation, 171 (2001) 59 Numerical bifurcation analysis. 173 (2001) |
Hostparasitoid interaction, 169 (2001) 207 EE CECENER SRNNyEN, 57) (Eve)
Optimal harvesting, 170 (2001) 173
Identifiability, 171 (2001) 113 Optimization, 171 (2001) 33
Immigration, 171 (2001) 143 Optimization procedure, 171 (2001) 1
Implicit ODE solvers, 172 (2001) 55 Ovarian cancer, 171 (2001) 99
Integrate and fire neurons, 172 (2001) 33 Oxidation, 169 (2001) 129
Integrate-and-fire, 170 (2001) 155 Oxygen transport, 169 (2001) 153
Interacting populations, 169 (2001) 15
lonic current, 172 (2001) 55
: Parameter estimates, 172 (2001) 95
Isotopomer labeling systems, 169 (2001) 173 ,
Parametric estimation, 171 (2001) 113
Partial upper airway obstruction, 170 (2001) 79
Key mutation, 170 (2001) 59 Patches, 173 (2001) 35
‘ Periodic orbit, 174 (2001) 27
Permanence, 171 (2001) 59; 174 (2001) 27
Latent period, 170 (2001) 199 Pessimistic—model, 169 (2001) 53
Leukemia. 172 (2001) 15 Pharmacodynamic models, 170 (2001) |
Limit cycle, 173 (2001) 55 Phase locking, 172 (2001) 33
Limiting distribution, 169 (2001) 89 Phylogeny, 170 (2001) 91
Linearization, 171 (2001) 83 Population dynamics, 169 (2001) 15; 170 (2001) 187; 174 (2001)
Lipid-modeling substance, 169 (2001) 129 it
Lognormal distribution, 173 (2001) 85 Population fluctuations, 173 (2001) 85
Lognormal species abundance distribution, 173 (2001) 85 Positive feedback, 172 (2001) |
Lyapunov spectrum, 171 (2001) 21 Post-shock excitable gap, 174 (2001) 91
Postural control, 174 (2001) 41
Posturography, 174 (2001) 41
Magnetic-field-induced transitions, 169 (2001) 129 Power-law rates, 171 (2001) 1
Markov chain., 172 (2001) 115 Predator—prey model, 171 (2001) 59
Markovian process, 169 (2001) 27 Prion, 174 (2001) 61
Mastitis, 174 (2001) 77 Probability distribution, 169 (2001) 89
Mathematical model, 171 (2001) 155; 173 (2001) 1; 174(2001) 77 —— Probability generating function, 169 (2001) 89
Mathematical modeling, 169 (2001) 129 Protease, 172 (2001) 1
Maximum likelihood, 170 (2001) 91
Maximum-likelihood estimation, 170 (2001) 59 Quantal response, 171 (2001) 113
Membrane proteins, 170 (2001) 17 ;
: Quarantine, 171 (2001) 143
Metabolic engineering, 169 (2001) 173 nie 173 (2001) 55
Metabolic flux analysis, 169 (2001) 173 Seen Semen, Ere Coeey
Metapopulation, 173 (2001) 35; 174 (2001) 61
Metastatic process, 171 (2001) 113 Reaction-diffusion equation, 171 (2001) 83
Micronucleus assay, 169 (2001) 27 Red blood cell, 169 (2001) 153
Microtubule density, 170 (2001) 17 Resource allocation, 171 (2001) 33
Migration, 173 (2001) 85 Respiratory syncytial virus (RSV), 172 (2001) 95
Modeling from linear and non-linear time-series analysis, Risky behavior, 173 (2001) 25
171 (2001) 1
Molecular clock, 172 (2001) 115 Scrapie, 174 (2001) 61
Multispecies, 174 (2001) 77 SEIRS model, 172 (2001) 95
Subject index | Mathematical Biosciences 174 (2001) 135—137
Sensory feedback, 174 (2001) 41 Taylor series, 174 (2001) |
Sexually transmitted diseases, 173 (2001) 25 Three stage infectivity, 169 (2001) 53
Sheep, 174 (2001) 61 Threshold conditions, 172 (2001) 95
Simulation, 171 (2001) 155; 174 (2001) 91 Threshold, 171 (2001) 143
Simulation model, 171 (2001) 99 Toxicokinetic, 169 (2001) 27
SIRS model, 172 (2001) 95 Trading, 174 (2001) 61
Sleep apnea, 170 (2001) 79 Transmission, 172 (2001) 95
Snoring, 170 (2001) 79 Traveling waves, 171 (2001) 83
Somatic hypermutation, 170 (2001) 59 Travelling waves, 170 (2001) 155
Spatial dynamics, 173 (2001) 85 Trees, 170 (2001) 91
Spatial population model, 173 (2001) 85 TSE, 174 (2001) 61
Spatial stochastic model, 173 (2001) 25 Tumor growth rate, 171 (2001) 155
Speciation, 170 (2001) 91 Tumor recurrence, 169 (2001) 89
Spiral wave, 174 (2001) 91 Tumor size, 171 (2001) 155
Stage structure, 170 (2001) 173
State-space models, 174 (2001) 1 Upper airway muscles, 170 (2001) 79
Stationary distribution, 170 (2001) 113
Stochastic abundance models, 173 (2001) 85 Viral load, 170 (2001) 187
Stochastic H,. identification, 169 (2001) 129 Viral persistence, 173 (2001) 1
Stochastic model, 170 (2001) 187 Virtual electrode polarization, 174 (2001) 91
Stochastic models, 171 (2001) 113; 171 (2001) 113
Stochastic oscillations, 169 (2001) 15
Weak Allee effects, 171 (2001) 83
Stochastic selection, 170 (2001) 59
Strong Allee effects, 171 (2001) 83
Yule model, 170 (2001) 91
Structural identifiability, 174 (2001) 1; 174 (2001) 77
Synchronization, 172 (2001) 33
System identification, 174 (2001) 41