Table Of Content

Mathematical Biosciences an uiternahiona! journal Mathematical Biosciences 154 (1998) 137 Author index to volumes 147—154 K. and D.E. Bentil, 150 (1998) 113 ee Vielle, B D., 149 (1998)9 5 Chauvet, G.A see Chretien, J.-M M., 150 (1998) 153 Chretien, J.-M and G.A. Chauvet 147 (1998) H.R., 152 (1998)6 3 M. Lhassan Hbid and R. Bravo de Clément, I 152 (1998) 123 0 (1998)| C ox per D.A., see Murray, J.M ind D. Pontier. 148 (1998) 65 Cox, S.J., 153 (1998) | Curto, R., E.O. Voit, 4. Sorribas and M Baake, I 154 (1998) | Cascante 151 (1998)1 Baczkowski, A.J.. D.N Joanes and G.M Shamia, 148 (1998) 115 De Feo, O. and S. Rinaldi, 148 (1998) 7 Bannasch, P., see Kopp-Schneider, A de las Heras, M.A., see Vulcano,. G.J Becker, N.G. and S. Utev, 147 (1998) 23 Debanne, S.M. and D.Y. Rowland, 150 (1998) Becker, N.G. and D.N. Starczak 154 (1998) Q3 Deka, R., see Polaski, A Bhattacharya, D.K Dietz, K. see Kretzschmar, M e Afenya, E.K Dow, W.H.., see Philipson, 1 ee Hellriege, B and Y. Kuang 149 (1998) 57 Eisenfeld, J. 151 (1998) 227 Bhattacharya, D.K. and Begum, S 15] (1998) Ermentrout, G.B. 152 (1998) 193 ie) +] Esteva, L. and C. Vargas 150 (1998) 131 Boer, M.P., B.W. Kooi and S.A.L.M. Kooij- Evans, J.D. and G.C. Kember 149 (1998) 137 n. 150 (1998) 43 Boer, M.P., see Kooi, B.W Fan, M. and K. Wang, 152 (1998) 165 Bolton, C.I ee Fitzsimons, C.J Feng, Z., see Castillo-Chavez, ¢ Boucher, K., L.V Pavlova and \_Y. Yakovlev Fitzsimons, C.J., H. Nikjoo, C.I Bolton and 150( 1998) 63 D.T. Goodhead, 154 (1998) 103 Bravo de la Parra, R SCC Arino, O Franzone, P.C., L. Guerri, M. Pennacchio and B. Taccardi, 147 (1998) 131 ascante, M., see Curto, R Franzone, P.C., L. Guerri, M. Pennacchio and asdagli, M.C., see Manuca, R B. Taccardi,151 (1998) 51 astillo-Chavez, C. and Z. Feng, 151 (1998) Goodhead, D.T., see Fitzsimons, C.J Y M lannelli and F.A. Milner, 150 Grasman, J., 152 (1998) 13 (1998) 177 Grenfell, B.T. see Keeling, M.J Chakraborty, R., see Polaski, A Guerri, L., see Franzone, P.( Chan, M.S. and V.S. Isham, 151 (1998) 179 Guerri, L., see Colli Franzone, P Chappell, M.J. and N. Gunn 148 (1998) 21 Gumel, A.B., K. Kubota and E.H Twizell, 152 Charleston, M.A. 149 (1998) 191 (1998) 87 hattopadhyay, J., see Mukhopadhyay, A Gunn, N., see ( happell, M.J 154 (1998) 13 Hadeler, K.P Murray, J.M., G Kaufmann, A.D Kelleher Hahnfeldt, P and D \ ( oOopneer 154 (1998) 57 Hanson, F.B. and t\yan, 148 (1998) 12 Hellriege ind G. Bernascon, 151 (1998) 231 Neumann, A.U., see Mittler, J.f Hernandez 149 (1998) 37 Nikjoo, H Fitzsimons, C.J Hoel, D.G Radivoyevitch Stringer, S.M Olsen, I P.K. Maini and J.A. Sherratt, 147 (1998) 113 Owen, M.R. and J.A. Sherratt 153 (1998) 125 Panetta, J.C. 147 (1998)4 1 Pavlou, S., see Lenas, P Paviou, S., see Thomopoulos, N.A berts, M.G Pavlova, L.V., see Boucher, K ee Murray, J.M Pennacchio, M.., see Franzone, P.¢ ind B.T. Gre nfell 147 (1998) 207 Pennacchio, M., see Colli Franzone, > Murray, J.M Perelson, A.S., see Mittler, J.I Peitet, G.J., see Landman, K.A Philipson, T. and W.H. Dow 148 (1998) 161 M.. see Polaski, A., R. Chakraborty, M Kimmel and RRA ARARi, A ZB.W ., M.P Boer and S.A.L.M. Kooij R. Deka 147 (1998) 93 an 3 (1998) 99 Pollak, I 151 (1998) 123 oi, B.W ee Boer, M.P Ponnuswamy, K.N., see Venkateswarlu, K Kooijman, $.A.L.M., see Boer, M.P Pontier, D., see Auger, P Kooijman, S.A.L.M., see Kooi, B.W Portier, ¢ see Kopp-Schneider, A Kopp-Schneider, A Portier and P. Ban nasch, 148 (1998) 18 Radcliffe , J. and L. Rass, 151 (1998) 199 Kremer, M. and (¢ orcon 51 (1998) 99 Radivoyevitch, T., D.G. Hoel, P. Hahnfeldt Kretzschmar, M Dietz 148 (1998)8 3 and R.K. Sachs 149 (1998) 107 ' el A B Rass, L., see Radcliffe, J Rinaldi, S., see De Feo, O ndman, K.A. and G.J. Pettet, 154 (1998) 2 Roberts, M.G. and R.R. Kao 149 (1998) 23 P.. N.A. Thomopoulos, D.V Vayenas Rowland, D.Y., see Debanne, $.M viou 148 (1998) 43 Roy, A.B., see Mukherjee, D Lhassan Hbid, M.. see Arino, O Runge, M.C. and A.N. Moen, 150 (1998) 21 Lu, Z. and K.P. Hadeler, 148 (1998) 147 Ryan, D., see Hanson, F.B Maini, P.K., see Olsen I Sachs, R.K., see Radivoyevitch, T Manuca, R., M.C. Casdagli and R.S. Savit 147 Savit, R.S., see Manuca, R (1998) | Schmidt, W., 154 (1998) 39 Milner, F.A., see Cha, Y Shamia, G.M., see Baczkowski, A.J Mittler, J.E.. B. Sulzer, A.l Neumann and Sherrat, J.A, see OlsenI A.S. Perelson, 152 (1998) 143 Sherratt, J.A., see Owen, M.R Moen, A.N., see Runge, M.¢ Sikder, A., 152 (1998) | Morcom, ¢ ee Kremer, M Skakauskas, V., 153 (1998) 13 Moses, A., see Vulcano, G.J Smith, J.D.H., 153 (1998) 151 Mukherjee, D. and A.B. Roy 151 (1998) 165 Sorribas, A., see Curto, R Mukhopadhyay, A J. Chattopadhyay and Srinivasan, M.R., see Venkateswarlu, K P.K. Tapaswi 149 (1998) 167 Starezak, D.N., see Becker, N.G Miller, W.A., see Tsodikov, A Steel, M., see Tuffley ¢ {uthor index | Mathematical Biosciences 154 (1998) 137-139 Stringer, S.M., N. Hunter and M.E.J. Wool- Vayenas, D.V see Lenas, P house, 153 (1998) 79 Vayenas, D.V., see Thomopoulos, N.A Sulzer, B., see Mittler, J.E Venkateswarlu, K., K.N. Ponnuswamy M.R. Srinivasan, 150 (1998) 105 accardi, B., see Franzone, P.€ Vielle, B. and G. Chauvet, 152 (1998) 105 accardi, B., see Colli Franzone, P Voit, E.O., see Curto, R W.-Y. and Z. Xiang, 152 (1998) 29 Vulcano, G.J., D.F. Moses, A Valcarcel an, W.-Y. and H. Wu 147 (1998) 173 M.A. de las Heras 149 (1998) 77 apaswi, P.K., see Mukhopadhyay, A Thomopoulos, N.A., see Lenas, P Wang, J.-Y., 151 (1998) 155 Thomopoulos, N.A., D.V. Vayenas and S Wang, K., see Fan, M Paviou, 154 (1998) 87 Woolhouse, M.E.J., see Stringer, S.M Thomson, R., 153 (1998) 41 Wu, H., see Tan W.-Y Tsodikov, A. and W.A. Miiller, 152 (1998) 179 Tuffley C. and M. Steel 147 (1998) 63 Xiang, Z., see Tan, W.-Y [wizell, E.H., see Gumel, A.B Yakovlev, A.Y., see Boucher, K see Becker, N.G Zheng, Q., 151 (1998) 219 Valcarcel, A., see Vulcano, G.J Zheng, QO 148 (1998) | Van den Berg, H.A. 149 (1998) 1 Zhou, Y. 148 (1998) 205 Vargas, C., see Esteva, I vy, an international journal ELSEVIER Mathematical Biosciences 154 (1998) 141-145 Subject index to volumes 147-154 AFP surveillance, 150 (1998) 83 the Mathematics of Biology with Computer Age-density dependent population dispersal in Algebra Models (E.K Yeargers R.W 149 (1998) 37 Shonkwiler, and J.V Herod Eds.), 15] endent populations, 149 (1998) 37 (1998) 23] ture model for TB, 151 (1998) 135 Boundary crisis, 150 (1998) 43 ed population, partially selfing 1998) 123 able parameters, 153 (1998) | ured populations, 153 (1998) 151 ancer, 149 (1998) 95 epidemic model, 150 anonical ensemble, 153 (1998) 151 ipacitation ol spermatozoa 149 (1998) 77 regation methods, 148 (1998) 65 arcinogenesis, modeling, 152 (1998) 179 AIDS. 152 (1998) 143 ation concentration, 151 (1998) 155 AIDS incidence 152 (1998) 29 D4+ T cells, 147 (1998) 173; 154 (1998) 57 Allee-effect, 152 (1998) 63 ell dynamics 152 (1998) 123 Allele size 7 (1998)9 3 ellular transformation, 149 (1998) 95 Allelopath plankton. 149 (1998) 167 hain multinomial model, 152 (1998) 29 Analytical solutions to a model for passive haos, 153 (1998) 99 n wu; ror 149 (1998) hemical carcinogenesis, 149 (1998) 95 cardiac tissue, 3-D models of: ef hemostat, 150 (1998) 43; 153 (1998) 99 fiber architecture and ventricular plasmid-bearing, plasmid-free competition 147 (1998) 131 in, 148 (1998) 147 ral therapy, 152 (1998) 143 hemostats, interconnected, 148 (1998) 43; 154 > matching 148 (1998) 161 (1998) 87 theore hemotherapy 147 (1998) 41 hord length generation 154 (1998) 103 oalescent tree, 153 (1998) 41 Bartoszynski's \ is model 153 (1998)6 3 oevolution, 149 (1998) 19] Basic reproduction ratio, 148 (1998) 83 ommunity structure, effect on immunity cov- Bifurcation 152 (1998) 105: 153 (1998) 99 erage required to prevent epidemics, 147 Bifurcations in tritrophic food chains, 148 (1998) 23 (1998) 7 ompetition among three microbial popula- Biochemical systems delivery, 151 (1998) | tions, 154 (1998) 87 Bioeconomics 129 Competition in the chemostat, 148 (1998) 147 Birth pulses, 149 (1998) 23 Competitive systems, 150 (1998) 131 BOOK REVIEW Ermentrout, G. Bard, Visual Computer algebra, 151 (1998) 219, 227 Explanations: Images and Quantities, Evi Covarion hypothesis of nucleotide substitution, dence and Narrative (Edward R Tufte), i47 (1998) 63 152 (1998) 193 Critical depensation, 152 (1998) 63 BOOK REVIEW Hellriegel, Barbara, a Critical vaccination coverage, 154 (1998) 117 Giorgina Bernasconi, An Introduction CTG-repeats, 147 (1998) 93 54 (1998 ast game theory coupled to slow population nan 148 (1998)6 5 1ynamics iber architecture, 147 (1998) 131 ood chain dynamics in the chemostat 150 (1998) 43 } Chains 153 (1998)9 9 148 (1998) 7 Game dynamics, 148 (1998) 65 Gene-linked strategies, 151 (1998) 199 General combining ability 150 (1i 998) 105 General mass action system, 151 (1998) | senetic Components of variance 150 (1998) 105 slobal bifurcation, 150 (1998) 43 slobal stability, 149 (1998) 57: 150 (1998) 131 151 (1998) 135 148 (1! jranulosa of ovulatory follicles, 1| 52 (1998) 49 | Q9R) (1998) 155 Harvesting time-spectrum, 152 (1998) 165 n 148 (1998)6 5 Hazard function, 152 (1998) 179 149 { 1998) 10 Hematopoietic system, 150 (1998) 113 Hepatocarcinogenesis model for. 148 (1998) 181 Heteroclinic tangency, 150 (1998) 43 HIV, 147 (1998) 173; 151 (1998) 99; 152 (1998) 29 HIV/AIDS, 148 (1998)8 3 HIV-1, 152 (1998) 143; 154 (1998) 57 HIV transmission, probability of 152 (1998) 29 Homoclinic orbit, 148 (1998) 7 Homoclinic tangency, 150 (1998) 43 Homosexual populations, 152 (1998) 29 Hopf bifurcation, 149 (1998) 57, 167 50 (1998) Host/parasite phylogeny, 149 (1998) 191 148 (1998) Immune response 154 (1998)5 7 Immunity coverage critical, 147 (1998) 23 Immuno-epidemiology, 151 (1998) 179 Impermanence 152 (1998) 1 Incidence bounds 148 (1998) 161 epsy, tem 7 (1998) Individual behavior 148 (1998)6 5 ERRATUM Bionomic equili- Infection-dependent matching, 148 (1998) 161 beim of I by D.K Infection period, effect of variability in, on Begum |Math Biosci persistence and spatial spread of infectious 135 (1996) 111 151 (1998) 229 diseases, 147 (1998) 207 150 (1998)4 3 Infection without recovery, effect of pair for- ge equation, 152 (1998) 165 mation and variable infectivity on spread 147 (1998)6 3 of, 148 (1998) 83 ylutionarily stable strategies (ESS) in pres Infectious disease models with dynamic part- 151 (1998) 165 ners 150 (1998) 153 Subject index Mathematicai | Biosciences 154 1998) 141-145 Infectious disease, 148 (1998) 161: 149 (1998) oscillations of two competing 23 spatial spread, 147 (1998) 207 148 (1998) 43 Inhibitor, 148 (1998) 147 Misrejoining DNA fragments in irradiated Input impedance data, extracting cable para- cells, 149 (1998) 107 meters from, 153 (1998) | Model for hepatocarcinogenesis, Irradiated cells, misrejoining DNA fragments 148 (1998) 181 in, 149 (1998) 107 Model of dengue disease transmission, 150 Irradiation time, 152 (1998) 179 (1998) 131 Model of multiple tumorigenesis, 150 (1998) 63 Jungles, 149 (1998) 191 Model of plankton allelopathy, 149 (1998) 167 Juxtacrine cell signalling, 153 (1998) 125 Model of plasmid-bearing, plasmid-free competition in the chemostat with nutrient re- Kalman filter, 152 (1998) 29 cycling and an inhibitor, 148 (1998) 147 Model of predatory switching, 151 (1998) 165 Leukemia, 150 (1998) 113 Modeling and analysis of a marine bacter- Liebig s law, reconstructing, 149 (1998) | iophage infection, 149 (1998) 57 Limit cycle, 149 (1998) 167 Modeling carcinogenesis, 152 1998) 179 Limit theorems, 150 (1998) 153 Modeling the covarion hypothesis of nucleo- Lineal equation for the classification of pro- tide substitution, 147 (1998) 63 gressive and hyperactive spermatozoa 149 Modeling leukemia, 150 (1998) 113 (1998) 77 Monte Carlo studies, 147 (1998) 173 Lyapunov function, 152 (1998) | Morphogenesis, 147 (1998) 113 Most recent common ancestor (MRCA), Marine bacteriophage infection, 149 (1998) 57 (1998) 41 Mathematical biology, 151 (1998) 219, 227 Mutation, 149 (1998) 95 Mathematical model, of cell dynamics Mutations on a coalescent tree, ages of, in the granulosa of ovulatory follicles (1998) 41 152 (1998) 123 Myotonic dystrophy locus, 147 (1998) 93 of drug resistance heterogeneous tumors 147 (1998) 41 Nagumo dynamics, unique wave front of the dynamics of scrapie, 153 (1998) 79 dendritic spines with, 148 (1998) 205 of finite uniform cable 153 (1998) 1 Neural dynamics, and nonstationarity in of growth of population of fish in the leptic EEG, 147 (1998) | larval stage, 150 (1998) | Neurosciences, 147 (1998) 227 of HIV-1 infection, 154 (1998) 57 Non-linear dual-sorption model of percuta- of human respiratory stability, 152 (1998) neous drug absorption, 152 (1998) 87 105 Nonstationarity in epileptic EEG, 147 (1998) | of infectious disease, 150 (1998) 153 Nucleotide substitution, 147 (1998) 63 of juxtacrine cell signalling, 153 (1998) Nutrient limitation, 149 (1998) 1 125 Nutrient recycling, 148 (1998) 147 of purine metabolism in man, 151 (1998) | of viral dynamics in HIV-1 infected Observation model, 152 (1998) 29 patients, 152 (1998) 14 One-dimensional map, 150 (1998) 43 Mathematical relationships in prokaryotic Optimal harvesting, 152 (1998) 63 with both transcription, 15] (1998) 155 population and price dynamics, 148 (1998) Mechanical models, spatially varying equilibria 129 of, 147 (1998) 113 Optimal harvesting policy, 152 (1998) 165 Mendelian games, spatial, 151 (1998) 199 Optimal vaccination strategies, 151 (1998) 135 Mesoscopic bistability, 147 (1998) | Oscillations of two competing microbial Microbial populations, coexistence populations in configurations of two of three competing, 154 (1998) 87 interconnected chemostats, 148 (1998) 43 tosomuasis (1998) 17 orrpmut io absorption daepenade 1998) transiormation 150 (1998) 2] Singular perturbation, 148 (1998) 150 (1998 (1998) le model for p ynes, 149 (1998) 137 Spatial heterogeneity, 154 (1998) 87 Speed of first spread, 151 (1998) 199 Speed of wave front, 148 (1998) 205 Spermatozoa, progressive : 1yperactive 1998) 205 in 3-D models of the cardiac tissue. II. Effects of fiber architecture and ventricular geometry, 147 (1998) flects of ventricular geometry and fiber the potential distribution, 15] SSEB model, 149 (1998) (1998) | Stability, 152 (1998) 105 State-dependent delay equations, 150 (1998) | State space model for the HIV epidemic in homosexual populations, 152 (1998) 29 Statistical certification of eradication of polio myelitis in the Americas, !50 (1998) 83 Stochastic dynamics of an epidemic, 152 (1998) Stochastic growth, 148 (1998) 129 Subject index | Mathematical Biosciences 154 (1998) 141-145 145 chastic model, of carcinogenesis, Transforming growth factor « (TGFz2),153 150 (1998) 63 (1998) 125 of cellular transformation, 149 (1998) ‘ Traveling wave front, 148 (1998) 205 of schistosomiasis immuno- Tuberculosis, age-structure model, 151 (1998) epidemiology, 151 (1998) 179 135 Stochastic modeling, 147 (1998) 173 Tumorigenesis, 150 (1998) 63 of the dynamics of CD4+ T-cell infection by HIV, 147 (1998) 173 Uniceilulars, multiple nutrient limitation Stochastic population model, 150 (1998) 2 149 (1998) | Stochastic processes, 150 (1998) 83, 153 Unidentifiable non-linear systems, locally Strong uniform repeller, 149 (1998) 57 identifiable reparameterisations of, 148 Structured population model, 150 (1998) 2 (1998) 21 Survival functions, 153 (1998) 63 Urethane, biological effects of, 150 (1998) 63 Symmetric random walk, 150 (1998) 83 Symptom in Bartoszynski’s virus model, 153 Value of the opportunity to harvest, 152 (1998) (1998) 63 63 atics, 149 (1998) 191 Variable infectivity, 148 (1998) 83 Variance components, estimation based on diallel model, 150 (1998) 105 Threshold densities, 152 (1998) 63 Ventricular geometry, 147 (1998) 131; 15] Threshold number, 150 (1998) 131 (1998) 51 Time delay. 149 (1998) 167 Viral dynamics, 152 (1998) 143 Time-dependent logistic equation with periodic Viral load, in HIV-1, 152 (1998) 143 coefficients. 152 (1998) 165 Vital rate distribution, 150 (1998) 21 Track structure, 154 (1998) 103 Transformation, cellular, 149 (1998) 95 Wound healing, 153 (1998) 125