Subject index to volumes 163±168
Active membrane kinetics, 166 (2000) 85 Additivity, 163 (2000) 105
Age-structure, 168 (2000) 39
Aggregation, 165 (2000) 63; 165 (2000) 135 AIDS, 167 (2000) 1
Allee eect, 165 (2000) 63
Analytical solutions, 166 (2000) 101; 166 (2000) 123 Angiogenesis, 168 (2000) 77
Angiostatins, 168 (2000) 77 Antagonism, 163 (2000) 105
Antiretroviral treatment, 165 (2000) 115 Association, 164 (2000) 139
(Asymptotically) almost periodic functions, 166 (2000) 173 Atapuerca, 165 (2000) 147
Aujesky's disease, 165 (2000) 1
Backcalculation method, 167 (2000) 31 Backward bifurcation, 164 (2000) 183
Backward Kolmogorov equation, 163 (2000) 75 Backwards bifurcation, 165 (2000) 1
Basic reproduction number, 168 (2000) 117 Basic reproductive number, 167 (2000) 1 Beta binomial distribution, 165 (2000) 135 Bidomain model, 166 (2000) 85
Bifurcation, 164 (2000) 1 Binomial testing, 166 (2000) 23 Bioinformatics, 163 (2000) 131 Bioremediation, 167 (2000) 177 Birth and death process, 164 (2000) 93 Birth±death migration, 168 (2000) 57 Birth±death process, 168 (2000) 161 Bordetella pertussis, 164 (2000) 161
Bovine respiratory syncytial virus, 165 (2000) 1 Branching process, 167 (2000) 109
Branching processes, 168 (2000) 39 Branching-process models, 165 (2000) 115 Breast cancer, 168 (2000) 187
BST, 163 (2000) 131
Cancer treatment, 163 (2000) 159 Case-distribution, 166 (2000) 149 Catenary, 167 (2000) 145 CCR5, 167 (2000) 1 Cell-quota, 164 (2000) 65
Chain binomial distribution, 167 (2000) 31
Channel dependence and independence, 166 (2000) 23 Chaos, 164 (2000) 147
Characteristic equation, 165 (2000) 27 Chemostat, 167 (2000) 177
Chemotherapy, 164 (2000) 17; 168 (2000) 187 Clonal expansion, 168 (2000) 167
Columbia River, 165 (2000) 97 Communicable disease, 164 (2000) 161 Comparison methods, 166 (2000) 123 Compartmental model, 167 (2000) 145 Competition dynamics, 166 (2000) 69 Competition, 163 (2000) 159; 167 (2000) 177 Complexity, 163 (2000) 91; 167 (2000) 163 Computational model, 167 (2000) 123 Connectedness, 163 (2000) 97 Contact tracing, 164 (2000) 39 Contingency tables, 164 (2000) 139 Control-distribution, 166 (2000) 149 Correlation index, 168 (2000) 9 Cumulants, 168 (2000) 57 Cyclic variation, 166 (2000) 1 Cytokines, 163 (2000) 35
De®brillation, 166 (2000) 85 Delay, 163 (2000) 201
Demographic variance, 168 (2000) 9 Dendrites, 166 (2000) 101
Dendritic Na P channels, 166 (2000) 123
Dengue disease, 167 (2000) 51 Density-dependence, 164 (2000) 1
Dermal±epidermal interaction, 165 (2000) 41 Dipole moment, 163 (2000) 59
Discrete distribution, 164 (2000) 147 Discrete-event simulation, 166 (2000) 45 Dispersal, 165 (2000) 163
Dissipativity, 166 (2000) 173 Dynamic modelling, 163 (2000) 159
Dynamic system, 164 (2000) 147; 166 (2000) 173; 167 (2000) 65
Early intervention, 165 (2000) 115 Eective population size, 166 (2000) 1 Eective size, 168 (2000) 39
Endemic equilibrium, 167 (2000) 51; 167 (2000) 65 Enzyme kinetics, 167 (2000) 87
Epidemic, 163 (2000) 1
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Epidemic model, 164 (2000) 39; 166 (2000) 173; 168 (2000) 117
Epidemiology, 167 (2000) 65 Evolution, 165 (2000) 163
Evolutionarily stable strategies, 167 (2000) 163 Evolutionary entropy, 168 (2000) 9
Evolutionary formalism, 168 (2000) 9 Evolutionary stable strategy, 168 (2000) 9 Extinction probability, 164 (2000) 93 Extinction, 165 (2000) 115; 168 (2000) 201
Failure-rate function, 166 (2000) 149 Fast and slow gating, 166 (2000) 23 Feasibility, 163 (2000) 97
Feedback loops, 163 (2000) 35 FeLV, 165 (2000) 79
Food web, 163 (2000) 97 Force of infection, 164 (2000) 161 Free boundary problems, 164 (2000) 103 Functional dierential equations, 166 (2000) 173
Galton±Watson process, 164 (2000) 39; 164 (2000) 93 Game theory, 165 (2000) 163
Generalized mass action, 167 (2000) 87 Genotype, 164 (2000) 1
Geometric distribution, 165 (2000) 135 Gibbs sampler, 167 (2000) 31 Global existence, 165 (2000) 79 Green's function, 166 (2000) 101 Group of symmetries, 163 (2000) 59 Grouping, 165 (2000) 135
HAART, 165 (2000) 115 Hemoglobin, 163 (2000) 59
Hepatocarcinogenesis, 168 (2000) 167 Hermite polynomial, 166 (2000) 149 Heterogeneity, 167 (2000) 1 Hexagonal bilayer, 163 (2000) 59 Hitting time, 168 (2000) 161
HIV, 163 (2000) 201; 166 (2000) 69; 167 (2000) 1 HIV incubation distribution, 167 (2000) 31 HIV infection, 165 (2000) 27
HIV infection distribution, 167 (2000) 31 Homosexual, 167 (2000) 1
Hopf bifurcation, 163 (2000) 159 Horizontal transmission, 168 (2000) 1 Hyperbolic systems, 165 (2000) 79
Identi®ability, 167 (2000) 145 Immunotherapy, 163 (2000) 159 In situ experiments, 167 (2000) 87 In vivo kinetics, 165 (2000) 115 Indistinguishability, 168 (2000) 137
Individual-based population dynamics, 167 (2000) 19 Infectious disease, 165 (2000) 79
Inhibition, 164 (2000) 65
Inhibitor, 164 (2000) 103; 167 (2000) 177 Integral of Markov process, 168 (2000) 161 Intercellular delay, 165 (2000) 27
Interrupted feeding, 167 (2000) 51 Interval identi®ability, 167 (2000) 145 Ionic cable theory, 166 (2000) 101
Juvenile salmon, 165 (2000) 97
Keratinocyte growth factor, 165 (2000) 41 Kinetic models, 163 (2000) 131
Liapunov function, 163 (2000) 97 Life history pattern, 165 (2000) 147 Limit cycle, 164 (2000) 203
Linker±dodecamer con®guration, 163 (2000) 59 Lotka±Volterra, 163 (2000) 91
Lower bound, 167 (2000) 163 Low-level irradiation, 167 (2000) 19
Macrophages, 163 (2000) 35 Mammillary, 167 (2000) 145 Management models, 165 (2000) 97 Markov models, 166 (2000) 23 Markov process, 163 (2000) 1
Markovian infection process, 166 (2000) 45
Mathematical model, 163 (2000) 35; 163 (2000) 105; 164 (2000) 17; 164 (2000) 161; 167 (2000) 65; 167 (2000) 177
Matrix models, 165 (2000) 163 Maximum likelihood, 167 (2000) 109 Maximum sustainable yield, 168 (2000) 201 Metabolic networks, 163 (2000) 105; 163 (2000) 131 Metabolism, 167 (2000) 87
Method of moments, 166 (2000) 149
Michaelis±Menten enzyme kinetics, 168 (2000) 77 Microcirculation, 167 (2000) 123
Migration, 164 (2000) 1; 165 (2000) 97 Model, 167 (2000) 19
Moment closure, 168 (2000) 57 Mucosal infection, 166 (2000) 45
Multiconductance level burst theory, 166 (2000) 23 Multistability, 164 (2000) 183
Multi-stage models, 168 (2000) 167
Network-valued epidemic model, 166 (2000) 45 Neuronal modeling, 166 (2000) 101; 166 (2000) 123 Non-homogeneous coecients, 163 (2000) 75 Non-linear ionic cable theory, 166 (2000) 123 Northern pikeminnow, 165 (2000) 97 Noti®cation data, 164 (2000) 161
Optimum density, 166 (2000) 123 Oxygen transport, 167 (2000) 123
Pair formation model, 166 (2000) 45 Parabolic equations, 164 (2000) 103 Parameter bounds, 167 (2000) 145 Partitions, 165 (2000) 135
Pathogen eradication, 165 (2000) 115 Payo, 167 (2000) 163
Pearson's chi-squared statistic, 164 (2000) 139 Periodic stationarity, 166 (2000) 149 Periodicity, 163 (2000) 159
Permanence, 166 (2000) 173; 168 (2000) 201 Persistence, 165 (2000) 63; 166 (2000) 173 Persistence and extinction, 163 (2000) 159 Persistent sodium channels, 166 (2000) 101 Perturbation expansion, 166 (2000) 123 Perturbations, 164 (2000) 147
Phylogeny, 164 (2000) 81 PMPA, 165 (2000) 115 Polya urn models, 164 (2000) 81 Population dynamics, 165 (2000) 163 Power law, 163 (2000) 105
Predator switching, 163 (2000) 91 Predator±prey system, 164 (2000) 203 Prey patchiness, 165 (2000) 97 Primary HIV infection, 165 (2000) 115 Primary SIV infection, 165 (2000) 115 Prior distribution, 167 (2000) 31 Probabilistic approach, 165 (2000) 147 Probability distribution, 163 (2000) 59 Progenitor cells, 167 (2000) 109 Prothrombin time, 166 (2000) 149
Quadratic form, 167 (2000) 163 Quasi-stationary state, 164 (2000) 39 Quasi-stationary, 163 (2000) 1
Random disasters, 164 (2000) 93 Random error, 164 (2000) 147 Recovery, 165 (2000) 63
Reinforced random walks, 168 (2000) 77 Reparameterisation procedure, 168 (2000) 137 Reproductive number, 167 (2000) 65 Reproductive potential, 168 (2000) 9 Ricker model, 164 (2000) 147 Rodent tumor analysis, 163 (2000) 75
Saddlepoint approximation, 168 (2000) 57 Scrapie, 168 (2000) 117
Selection, 164 (2000) 1
Sensitivity analysis, 163 (2000) 105; 163 (2000) 131; 167 (2000) 87
Simulation, 166 (2000) 23 SIS model, 164 (2000) 183 SISI epidemic model, 165 (2000) 1 Spatial processes, 168 (2000) 57 Spatial stochastic model, 168 (2000) 1 S-system, 167 (2000) 87
Stability, 163 (2000) 91; 163 (2000) 159; 165 (2000) 27; 167 (2000) 65
Steady state, 165 (2000) 27 Stereology, 168 (2000) 167
Stochastic approximation, 167 (2000) 109 Stochastic system model, 167 (2000) 31 Stochastic, 163 (2000) 1; 168 (2000) 187 Stochastic-covariate process, 166 (2000) 149 Striated muscle, 167 (2000) 123
Subcritical endemic steady states, 165 (2000) 1 Symmetry of the prey isocline, 164 (2000) 203 Synaptic integration, 166 (2000) 101 System analysis, 163 (2000) 131
Tail probabilities, 168 (2000) 57 T-cells, 163 (2000) 201 Th1/Th2, 163 (2000) 35 Threshold, 164 (2000) 65
Threshold conductors, 167 (2000) 65 Threshold number, 167 (2000) 51
Threshold of the harvesting, 168 (2000) 201 Threshold theorem, 164 (2000) 39
Time averages, 166 (2000) 173
Transmembrane potential, 166 (2000) 85
Transmission dynamics, 167 (2000) 65; 168 (2000) 117 Travelling waves, 165 (2000) 41
Treatment, 167 (2000) 1 Trees, 164 (2000) 81 Truncation, 168 (2000) 57 Tumors, 164 (2000) 103 Tumor growth, 168 (2000) 77
Unidenti®able systems, 168 (2000) 137 Uniform persistence, 164 (2000) 65 Upper bounds, 167 (2000) 163
Vaccination, 164 (2000) 183; 167 (2000) 1 Vascular tumors, 164 (2000) 17
Vertical transmission, 167 (2000) 51; 168 (2000) 1; 168 (2000) 117 Viral life cycle, 163 (2000) 201
Vpr protein, 166 (2000) 69
Waring distribution, 165 (2000) 135 Wound healing, 165 (2000) 41
Yule model, 164 (2000) 81
