Table Of Content

ELSEVIER Author Index to Volumes 125-130 Ali, S. W., and C. Cosner, 127:45 Chaplain, M. A. J., See Byrne, H. M. Allen, Linda J. S., 127:123 Chappell, Michael J., 125:61 Chauvet, G. A., 126:41 Bahrampour, Abbas, See Becker, Niels G. Chen, Pei Li, David J. Brenner, and Rainer Bassanezi, R. C., See Costa, M. I. S. K. Sachs, 126:147 Becker, Niels G., Abbas Bahrampour, and Cooke, Kenneth, See Busenberg, Stavros, Klaus Dietz, 129:189 and Castillo-Chavez, Carlos and Klaus Dietz, 127:207 Cosner, C., See Ali, S. W. See also Rouderfer, Viadimir Costa, M. I. S., J. L. Boldrini, and R. C. Bélair, Jacques, Michael C. Mackay, and Bassanezi, 125:191, 211 Joseph M. Mahaffy, 128:317 Curto, Raul, Albert Sorribas, and Marta Bell, Jonathan, See Slavik, Petr Cascante, 130:25 Bernard, Olivier, and Jean-Luc Gouzé, See also Cascante, Marta, and Sorribas, 127:19 Albert Bishir, John, and James Roberds, 125:109 Blythe, Stephen, Stavros Busenberg, and Dietz, Klaus, See Becker, Niels G., and Carlos Castillo-Chavez, 128:265 Sattenspiel, Lisa Boldrini, J. L., See Costa, M. I. S. Distefano, Joseph J., Ill, See Feng, Dagan Bos, Cees, Louis Hoofd, and Thom Oost- Dobson, A. P., See Roberts, M. G. endorp, 125:165 Doi, Shinji, and Shunsuke Sato, 125:229 Brauer, Fred, 128:13 Driessche, P. van den, See Liu, Wei-Min Brenner, David J., See Chen, Pei Li Dushoff, Johnathan, and Simon Levin, Busenberg, Stavros, Kenneth Cooke, and 128:25 Ying-Hen Hsieh, 128:185 See also Blythe, Stephen Eichner, M., and K. P. Hadeler, 127:149 Byrne, H. M., and M. A. J. Chaplain, Evans, J. D., G. Major, and G. C. Kember, 130:151 125:1 Carroll, Joseph E., Roland H. Lamberson, Fan, Jian, See Kiltie, Richard A. and Stephen Roe, 129:169 Cascante, Marta, Raul Curto, and Albert Feng, Dagan, and Joseph J. Distefano III, Sorribas, 130:51 129:67 See also Curto, Raul, and Sorribas, Al- Feng, Zhilan, and Horst R. Thieme, 128:93 bert Fitzgibbon, W. E., M. E. Parrott, and G. F. Castillo-Chavez, Carlos, Kenneth Cooke, Webb, 128:131 and Horst Thieme, 128:3 and Wenzhang Huang, 128:299 Gao, Linda Q., Jaime Mena-Lorca, and See also Blythe, Stephen, and Hadeler, Herbert W. Hethcote, 128:157 K. P. Goldstein, Byron, See Posner, Richard G. Cavalieri, Liebe F., and Huseyin Kocak, Gouzé, Jean-Luc, See Bernard, Olivier 127:1 Griffiths, R. C., and Simon Tavaré, 127:77 MATHEMATICAL BIOSCIENCES 130:207-209 (1995) 0025-5564 /95 /$9.50 © Elsevier Science Inc., 1995 SSDI 0025-5564(95)00131-X 655 Avenue of the Americas, New York, NY 10010 208 AUTHOR INDEX Gueron, Shay, and Simon Levin, 128:243 Mao, Jian-Hua, and Tom E. Wheldon, 129:95 Hadeler, K. P., and C. Castillo-Chavez, Marshall, David, See Martelli, Mario 128:41 Martelli, Mario, and David Marshall, See also Eichner, M. 128:347 Hastings, Alan, 128:285 Matis, James H., Qi Zheng, and Thomas R. Hethcote, Herbert, W., See Gao, Linda Q. Kiffe, 126:215 Higashi, Masahiko, and Hisao Nakajima, Mena-Lorca, Jaime, See Gao, Linda Q. 130:99 Muldowney, James S., See Li, Michael Y. See also Nakajima, Hisao Hoofd, Louis, 129:1, 25 Nakajima, Hisao, and Masahiko Higashi, See also Bos, Cees 130:129 See also Higashi, Masahiko Hsieh, Ying-Hen, See Busenberg, Stavros Nelson, George W., and Alan S. Perelson, Huang, Lihong, Moxun Tang, and Jianshe 125:127 Yu, 130:85 Norwich, Kenneth H., and Willy Wong, Huang, Wenzhang, See Castillo-Chavez, 125:83 Carlos Oostendorp, Thom, See Bos, Cees Jacquez, John A., 128:1 Jean, Roger, 127:181 Parrott, M. E., See Fitzgibbon, W. E. Johnston, Peter R., and David Kilpatrick, Parthasarathy, P. R., and B. Krishna Ku- 126:125 mar, 125:51 Paviou, Stavros, See Lenas, Petros Karayiannis, Nicholaos B., and Anastasios Perelson, Alan S., See Nelson, George W. N. Venetsanopoulos, 129:143 Posner, Richard G., Carla Wofsy, and By- Kault, D. A., 128:211 ron Goldstein, 126:171 Kember, G. C., See Evans, J. D. Kiffe, Thomas R., See Matis, James H. Rachev, Svetlozar, T., Chufang Wu, and Kilpatrick, David, See Johnston, Peter R. Andrej Yu. Yakovlev, 127:127 Kiltie, Richard A., Jian Fan, and Andrew Roberds, James, See Bishir, John F. Laine, 126:21 Roberts, M. G., and A. P. Dobson, 126:191 Kocak, Huseyin, See Cavalieri, Liebe F. Roe, Stephen, See Carroll, Joseph E. Krishna Kumar, B., See Parthasarathy, Rouderfer, Viadimir, and Niels G. Becker, P.R. 129:41 Sachs, Rainer K., See Chen, Pei Li Laine, Andrew F., See Kiltie, Richard A. Sato, Shunsuke, See Doi, Shinji Lamberson, Roland H., See Carroll, Sattenspiel, Lisa, and Klaus Dietz, 128:71 Joseph E. Slavik, Petr, and Jonathan Bell, 130:1 Lee, Sho Rong, See Tan, Wai-Yuan Sorribas, Albert, Raul Curto, and Marta Lenas, Petros, and Stavros Paviou, 129:111 Cascante, 130:71 Levin, Simon, See Dushoff, Johnathan, and See also Cascante, Marta, and Curto, Gueron, Shay Raul Li, Michael Y., and James S. Muldowney, Svensson, Ake, 127:167 125:155 Liu, Wei-Min, and P. van den Driessche, Takeda, Kyozaburo, 130:183 128:57 Tan, Wai-Yuan, Sho Rong Lee, and Si Chin Tang, 126:81 Mackay, Michael C., See Bélair, Jacques Tang, Moxun, See Huang, Lihong Mahaffy, Joseph M., See Bélair, Jacques Tang, Si Chin, See Tan, Wai-Yuan Major, G., See Evans, J. D. Tavaré, Simon, See Griffiths, R. C. AUTHOR INDEX 209 Thieme, Horst R., See Feng, Zhilan, and Wu, Chufang, See Rachev, Svetlozar T. Castillo-Chavez, Carlos Yakovlev, Andrej Yu., See Rachev, Svet- Venetsanopoulos, Anastasios N., See lozar, T. Karayiannis, Nicolaos B. Yakowitz, S., 127:99 Yakuba, Abdul-Aziz, 126:1 Webb, G. F., See Fitzgibbon, W. E. Yu, Jianshe, See Huang, Lihong Wheldon, Tom E., See Mao, Jian-Hua Wofsy, Carla, See Posner, Richard G. Zheng, Qi, 130:203 Wong, Willy, See Norwich, Kenneth H. See also Matis, James H. ELSEVIER Subject Index to Volumes 125-130 AIDS, the impact of sexual mixing patterns Clonally propagated plant populations, on, 128:211 analysis of failure time in, 125:109 modeling defective interfering virus Compartmental analysis result, 130:203 (DIV) therapy for, 125:127 Competition between species in heteroge- AIDS modeling, computational methods for neous environments, models for the Markov series with large state spaces, effects of individual size and spatial with application to, 127:99 scale on, 127:45 Associative motor learning by the cerebel- Competitive systems, discrete, effects of lar cortex: from Purkinje unit to net- planting and harvesting on endan- work with variational learning rules, gered species in, 126:1 126:41 Defective interfering virus (DIV) therapy Biological control of insect pests, a poten- for AIDS, modeling, 125:127 tial problem in, 127:1 Disease invasion, effects of population het- Biological loop models with application to erogeneity on, 128:25 the Droop model, transient behavior Disease transmission, a core group model of, 127:19 for, 128:41 Biological populations, describing the DIV survival, conditions for, 125:127 spread of, using stochastic compart- DNA, coherent potential approximation mental models with births, 126:215 approach to electronic structure of, Bivalent ligand-bivalent receptor aggrega- 130:183 tion, kinetics of: ring formation and Droop model, transient behavior of biolog- breakdown of equivalent site approxi- ical loop models with application to, mation, 126:171 127:19 BOOK REVIEW: Allen, Linda J. S., Mod- Drug kinetics and drug resistance in opti- elling Biological Problems in Space mal chemotherapy, 125:191 and Time (Eric Renshaw), 127:133 Busenberg, Stavros, remembering, 128:3 Ecological interaction networks, indirect effects in. I. The chain rule approach, Cerebellar cortex, associative learning by, 130:99 126:41 II. The conjugate variable approach, Chain rule approach to ecological interac- 130:129 tion networks, 130:99 Electrocardiology, the inverse problem of, Chaos, a potential problem in the biologi- 126:125 cal control of insect pests, 127:1 Endangered species in discrete competitive Chemotherapy, optimal, drug kinetics and systems, effects of planting and har- drug resistance in, 125:191 vesting on, 126:1 Childhood diseases, recurrent outbreaks Epidemic in a closed multigroup popula- revisited: the impact of isolation, tion, on the simultaneous distribution 128:93 of size and costs of, 127:167 MATHEMATICAL BIOSCIENCES 130:211-213 © Elsevier Science Inc., 1995 0025-5564 /95 /$9.50 655 Avenue of the Americas, New York, NY 10010 SSDI 0025-5564(95)00132-8 212 SUBJECT INDEX Epidemic model, a structured, incorporat- Mechanoreceptor model for rapidly and ing geographic mobility among re- slowly adapting afferents subjected to gions, 128:71 periodic vibratory stimuli, 130:1 Epidemic models, diffusion, with incuba- Metapopulation model with population tion and crisscross dynamics, 128:131 jumps of varying sizes, 128:285 Epidemics in different community settings, Microbial populations, coexistence of three threshold parameters in, 129:189 competing, in a chemostat with period- Epidemiological models with varying popu- ically varying dilution rate, 129:111 lation size and dose-dependent latent period, 128:57 Neural networks, high-order, on the train- Erythrocytes as point-like sources, mathe- ing and performance of, 129:143 matical model, 125:165 Neuronal model, BVP, driven by periodic Erythropoeisis, age-structured and two-de- pulse trains, global bfurcation struc- lay models for, 128:317 ture of, 125:229 Evolutionary ecology, a wavelet-based met- Neurones, passive, multicylinder somatic ric for visual texture discrimination shunt cable model for, analytical solu- with applications in, 126:21 tion, 125:1 Nonlinear efflux from two-compartment Global bifurcation structure of the BVP model, 125:61 neuronal model driven by periodic pulse trains, 125:229 Oxygen pressures in tissue with anisotropic Global stability for the SEIR model in capillary orientation, calculation of. I. epidemiology, 125:155 Two-dimensional analytical solution Group formation, the dynamics of, 128:243 for arbitrary capillary characteristics, 129:1 HIV in Asia, a model for, 128:185 II. Coupling of two-dimensional planes, HIV infection and seroconversion charac- 129:25 terization of, by a stochastic model of the HIV epidemic, 126:81 Paired event probability, affinity in, 128:265 Parasitic helminths, the population dynam- Infectious diseases, highly, effect of house- ics of communities of, 126:191 hold distribution on transmission and Phyllotaxis: the status of the field, 127:181 control of, 127:207 Poliomyelitis, deterministic models for the Inversion techniques, performance of, as a eradication of, 127:149 function of patient anatomy, 126:125 Polio virus vaccine, vaccination with acti- Ionizing radiation damage to cells: effects vated (IPV) and inactivated (OPV), of cell cycle redistribution, 126:147 127:149 Population dynamics, of communities of Learning, associative motor, by the cere- parasitic helminths, 126:191 bellar cortex: from Purkinje unit to nonlinear, models for diseases with verti- network with variational learning rules, cal transmission and, 128:13 126:41 Population heterogeneity, effects on dis- Logistic equation revisited: the two-sex "ease invasion, 128:25 case, 128:299 Predator-prey systems, qualitative analysis of Kolmogorov-type models of, 130:85 Mammillary models, cascaded, an algo- Prendville growth mechanisms, stochastic rithm for identifiable parameters and compartmental models with, 125:51 parameter bounds for a class of, 129:67 Markov series with large state spaces, com- Saccharomyces cerevisiae, comparative putational methods for, with applica- characterization of the fermentation tion to AIDS modeling, 127:99 pathway of, using biochemical systems SUBJECT INDEX 213 theory and metabolic control analysis: Toxicity, chemotherapeutic treatments in- model definition and nomenclature, volving drug resistance and level of 130:25 normal cells as a criterion of, 125:211 model validation and dynamic behavior, Tumorigenesis, multistage, in developing 130:71 and adult mice, stochastic model for, Steady-state analysis, 130:51 129:95 SEI endemic models, four, with periodicity Tumor latency time, a bivariate limiting and separatrices, 128:157 distribution of, 127:127 SEIR model, global stability for, 125:155 Tumors, nonnecrotic, growth in the pres- Sensory receptor action, single-unit, a uni- ence and absence of tumors, 130:151 versal model of, 125:83 Two-compartment models incorporating Sexual mixing patterns, impact on spread nonlinear efflux from the peripheral of AIDS, 128:211 compartment, structural identifiability Sinks, sources, and spotted owls: a territo- and indistinguishability of, 125:61 rial population model, 129:169 Somatic shunt cable model for passive neu- Unrooted genealogical tree probabilities in rones, multicylinder, analytical solu- the infinitely-many-sites model, 127:77 tion, 125:1 Stability and attractivity in discrete dynam- Vaccination schedules, two-dose, assess- ical systems, 128:347 ment of: availability for vaccination Stochastic compartmental models, with births, used to describe the spread of and catch-up strategies, 129:41 biological populations, 126:215 Vertical transmission and nonlinear popu- with Prendville growth mechanisms, lation dynamics, models for diseases with, 128:13 125:51 Stochastic model of the HIV epidemic, Vibratory stimuli, periodic, mechanorecep- characterization of HIV infection and tor model for rapidly and slowly adapt- seroconversion by, 126:81 ing afferents subjected to, 130:1 Territorial population model with continu- Wavelet-based metric for visual texture ous mortality and discrete birth, discrimination with applications in 129:169 evolutionary ecology, 126:21