Mathematical Biosciences 1997: Vol 139 Index

7 Pages·1997·1.4 MB·English

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ass Ae. 45
ELSEVIER
Author Index to Volumes 139-146
Andersson, Hakan, 140:79 Grist, Eric P. M., and William S. C.
Arani, Ramin B., and M. Bhaskara Rao, Gurney, 145:1
146:63 Gupta, Ramesh C., Nandini Kannan, and
Axelrod, Daniel, 141:149 Aparna Raychaudhuri, 139:103
Axelrod, D. E., See Staudte, R. G. Gurney, William S. C., See Grist,
Eric P. M.
Bahrampour, Abbas, See Becker, Niels G.
Bassingthwaighte, J. B., See Wang, C. Y. Hadeler, K. P., and P. van den Driessche,
Basson, Marinelle, and Michael J. 146:15
Fogarty, 141:41 Happel, Robert, See Hecht, Robert
Becker, Niels G., and Abbas Bahrampour, Hecht, Robert, Robert Happel, Peter
142:63 Schuster, and Peter F. Stadler, 140:33
and Dianna N. Starczak, 139:117 Hernandez-Bermejo, Benito, and Victor
Bertuzzi, Alessandro, Alberto Gandolfi, Fairén, 140:1
Carmela Sinisgalli, and Daniela Ia- Herzog, W., See Wu, J. Z.
coviello, 143:61 Hethcote, Herbert W., 145:89
Bishir, John, and James Roberds, 142:1 Hinderer, Karl, and Alfred Miller, 142:31
Boggio Ronceros, Rafael, Oscar Horacek, B. Milan, and John C. Clements,
Sorarrain, Juan C. Salerno, and 144:119
Ewald A. Favret, 140:85 Huggins, R. M., See Staudte, R. G.
Britton, Tom, 141:79 Hurn, A. S., K. A. Lindsay, and C. A.
Busoni, Giorgio, and Serena Matucci, Michie, 143:91
143:1
Byrne, H. M., 144:83 Iacoviello, Daniela, See Bertuzzi,
Alessandro
Cazelles, B., and N. P. Chau, 140:131 Iannelli, M., F. A. Milner, A. Pugliese,
Chau, N. P., See Cazelles, B. and M. Gonzo, 139:25
Clements, John C., See Horacek, B. Milan
Cole, G. K., See Wu, J. Z. Kannan, Nandini, See Gupta, Ramesh C.
Katopodes, Nikolaos D., 140:75
Kimmel, M., See Staudte, R. G.
Dietz, Klaus, See Stilianakis, Nikolaos I.
Komarov, V. P., See Petin, V. G.
Dye, C., See Williams, B. G.
Lindsay, K. A., See Hurn, A. S.
Fairén, Victor, See Hernandez-Bermejo,
Lindsay, Kenneth A., See Wheldon,
Benito
Elizabeth G.
Favret, Ewald A., See Boggio Ronceros,
Lungu, E. M., and B. O@ksendal, 145:47
Rafael
Lutz, Werner K., See Zheng, Qi
Fogarty, Michael J., See Basson, Marinelle
Mao, Jian-Hua, See Wheldon, Elizabeth G.
Gandolfi, Alberto, See Bertuzzi, Matucci, Serena, See Busoni, Giorgio
Alessandro May, Robert M., Dov J. Stekel, and
Gaylor, David W., See Zheng, Qi Martin A. Nowak, 139:59
Gonzo, M., See Iannelli, M. Mentré, France, See Merlé, Yann
MATHEMATICAL BIOSCIENCES 146: 131-132
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132 AUTHOR INDEX
Merlé, Yann, and France Mentré, 144:45 Srivastava, Vijai Pratap, and Meena
Michie, C. A., See Hurn, A. S. Saxena, 139:79
Milner, F. A., See Iannelli, M. Stadler, Peter F., See Hecht, Robert
Moerbeek, M., and F. van den Bosch, Starczak, Dianna N., See Becker, Niels G.
141:115 Staudte, R. G., R. M. Huggins, J. Zhang,
Miiller, Alfred, See Hinderer, Karl D. E. Axelrod, and M. Kimmel, 143:103
Miller, Johannes, 139:133 Stekel, Dov J., See May, Robert M.
Miller, Walter, See Yakovlev, Andrej Stilianakis, Nikolaos I., Klaus Dietz, and
Dieter Schenzle, 145:27
Nizami, Lance, and Bruce Schneider, Stone, J. R., 142:13
141:1
Nomura, Tetsuro, 142:79 Taib, Ziad, 145:137
Nowak, Martin A., See May, Robert M. Thompson, James R., See West, R.
Webster
@Mksendal, B., See Lungu, E. M. Travis, C. C., See Wiarda, D.
Panetta, John Carl, 146:89 van den Bosch, F., See Moerbeek, M.
Pavlova, Lyudmila, See Yakovlev, Andrej van den Driessche, P., See Hadeler, K. P.
Petin, V. G., and V. P. Komarov, 146:115
Polig, Erich, See Yakovlev, Andrej
Wada, A. Russell, 146:75
Pugliese, A., See Iannelli, M.
Wang, C. Y., and J. B. Bassingthwaighte,
142:91
Radcliffe, J., and L. Rass, 140:101 West, R. Webster, and James R.
Rao, M. Bhaskara, See Arani, Ramin B. Thompson, 141:29; 143:35
Rass, L., See Radcliffe, J. Wheldon, Elizabeth G., Kenneth A.
Raychaudhuri, Aparna, See Gupta,
Lindsay, Thomas E. Wheldon, and
Ramesh C. Jian-Hua Mao, 139:1
Rivero-Hudec, Mercedes A., 142:119 Wheldon, Thomas E., See Wheldon,
Roberds, James, See Bishir, John Elizabeth G.
Wiarda, D., 146:1
Salerno, Juan C., See Boggio Ronceros, Wikan, Arild, 146:37
Rafael Williams, B. G., and C. Dye, 145:77
Satten, Glen A., 141:101 Wu, J. Z., W. Herzog, and G. K. Cole,
Saxena, Meena, See Srivastava, Vijai 139:69
Pratap
Schenzle, Dieter, See Stilianakis,
Yakovlev, Andrej, Walter Miller, Lyud-
Nikolaos I.
mila Pavlova, and Erich Polig, 142:107
Schneider, Bruce, See Nizami, Lance
Yakubu, Abdul-Aziz, 144:155
Schuster, Peter, See Hecht, Robert
Yeatts, F. R., 144:71
Silva, Jacques A. L., 144:1
Sinisgalli, Carmela, See Bertuzzi,
Alessandro Zhang, J., See Staudte, R. G.
Sorarrain, Oscar, See Boggio Ronceros, Zheng, Qi, Werner K. Lutz, and David W.
Rafael Gaylor, 144:23
ELSEVIER
Subject Index to Volumes 139-146
Age-structured model for pertussis trans- Cancer model, two-stage deterministic,
mission, 145:89 model parameters in, 146:1
AIDS, model for pathogenicity of, 145:27 Carcinogenesis model describing muta-
Antigenic diversity thresholds and hazard tional events at the DNA adduct
functions, 139:59 level, 144:23
Auditory dynamic range derived from Childhood acute lymphoblastic leukemia,
mean rate-intensity function in the two-stage model for, 139:1
cat, 141:1 Clonal forestry, risk analysis in, 142:1
Autocatalytic networks with intermedi- Clonal heterogeneity and interexperiment
ates: irreversible reactions, 140:33 variability, estimating with bifurcating
Avascular tumor growth, effect of time de- autoregressive model, 143:103
lays on dynamics of, 144:83
D'Arcy Thompson, spirit of, and empirical
morphospace, 142:13
Backward bifurcation in epidemic control,
Discrete time spatial models arising in ge-
146:15
netics, evolutionary game theory, and
Bayesian design criterion, optimization of,
branching processes, 140:101
144:45
Drug delivery, control model, 146:75
Biological growth on a surface, 142:91
Dynamic contraction of muscle, modeling
Blood flow through stenotic arteries, sus-
using cross-bridge theory, 139:69
pension model, 139:79
Blue-green algae, multitype branching Electrocardiography, the inverse problem
process model for, 145:137 of, a solution in terms of single- and
BOOK REVIEW: Axelrod, Daniel, What double-layer sources on the epicardial
Is Life? The Next Fifty Years. Specu- surface, 144:119
lations on the Future of Biology Epidemic, simple, models for, 141:29
(Michael P. Murphy and Luke Epidemic control, backward bifurcation
O'Neill, Eds.), 141:149 in, 146:15
BOOK REVIEW: Katopodes, Nikolaos Epidemic model, cost-minimal immuniza-
D., Modelling Change in Environ- tion in, 142:31
mental Systems (A. J. Jakeman, M. B. Epidemic modeling, 146:15
Beck, and M. J. McAleer, Eds.), Epidemics, in a population with social
140:75 structures, 140:79
BOOK REVIEW: Rivero-Hudec, Mer- preventing with age-specific vaccina-
cedes A., Basic Biochemical Labora- tion schedules, 142:63
tory Procedures and Computers (R. testing for homogeneous mixing in,
Cecil Jack), 142:119 141:79
Branching processes, discrete time spatial Evolutionary game theory, discrete time
models arising in, 140:101 spatial models arising in, 140:101
Cancer, breast and ovarian, treated with Genetics, discrete time spatial models
paclitaxel, model, 146:89 arising in, 140:101
MATHEMATICAL BIOSCIENCES 146: 133-135
0025-1066/ 97/$17.00
© Elsevier Science Inc. All rights reserved
PII $0025-5564(97)00115-6
655 Avenue of the Americas, New York, NY 10010
134 SUBJECT INDEX
Harvesting, in discrete-time predator-prey Multitype branching process model for
systems, 141:41 blue-green algae, 145:137
in a stochastic crowded environment, Mutational events at the DNA adduct
145:47 level, a carcinogenesis model, 144:23
Harvesting policy, optimal, in age-depen-
dent populations, 143:1 Nonlinear regression models, Bayesian
Hazard functions for HIV, 139:59 design criterion for Bayesian parame-
HIV and the spread of tuberculosis, ter estimation of, 144:45
143:35 Nonlinear survival probabilities, 146:37
HIV infection from transfusion of Nonuniform cell loss, Steel's Tpot in cell
screened blood, risk of, 141:101 populations affected by, 143:61
HIV/AIDS epidemic, using Kalman factor
to assess, 140:131 Optimal harvesting policy in two-stage
HIV/AIDS epidemics among drug injec- age-dependent populations, 143:1
tors, contact structure model, 139:25
Human T lymphocyte subsets, modeling
Paclitaxel, model of cancer treated with,
lifespan of, 143:91 146:89
Huxley's cross-bridge model and dynamic
Parastichies, another look at, 144:71
contraction of muscle, 139:69
Persistence of seasonally transmitted dis-
Hyperthermia and ionizing radiation, syn-
ease, 145:77
ergistic interaction of, 146:115
Pertussis transmission, age-structured
model for, 145:89
Immunization, cost-minimal, in Green- Pharmacokinetic-pharmacodynamic mod-
wood epidemic model, 142:31 els, closed-loop stability of, 146:75
Infectious disease persistence when trans- Plant populations, lethal factors in, 140:85
mission varies seasonally, 145:77 Precancerous lesions induced by radiation,
Insect-pathogen dynamics, 141:115 do cells repair?, 142:107
Intravenous drug delivery, automatic con- Predator-prey systems, discrete-time, har-
trol of, 146:75 vesting in, 141:41
lonizing radiation, synergistic interaction with a prey refuge, prey dominance
of hyperthermia and, 146:115 in, 144:155
Kalman factor, modeling HIV/AIDS epi- Radiation, do cells repair precancerous le-
demic, 140:131 sions produced by?, 142:107
Reproductive delay in Leslie matrix mod-
Leslie matrix models, reproductive delay els, 146:37
in, 146:37 Reproductive schedules in a density-de-
Lethal factors in plant populations, theo- pendent recruitment model, 144:1
retical analysis, 140:85 Risk analysis in clonal forestry, 142:1
Leukomogenesis, hereditary and non-
hereditary, application of childhood Selection in prediction of effective popula-
leukemia model to, 139:1 tion size for a sex-linked locus, 142:79
Lotka-Volterra representation of general Sex-linked locus, effective population size
nonlinear systems, 140:1 for, 142:79
SIRS models, epidemiological, 146:15
Mean rate-intensity function in the cat, Stage-specific life cycles, 145:1
141:1 Steel's potential doubling time under
Model parameters in a two-stage cancer nonuniform cell loss, 143:61
model, determinability of, 146:1 Stenotic arteries, model for blood flow
Morphospace, spirit of D'Arcy Thompson through, 139:79
in, 142:13 Survival data, lognormal, 139:103
SUBJECT INDEX 135
Survival experiment, 2(2, a result on, Tuberculosis in the United States, impact
146:63 of HIV on, 143:35
Synchronicity, seasonal, in Catops nigri- Two-stage deterministic cancer model, pa-
cans, 145:1 rameters in, 146:1
Synergistic interaction of hyperthermia
and ionizing radiation, 146:115 Vaccination schedules, age-specific, pre-
venting epidemics with, 142:63
Vaccination strategies for community of
Taxol, mathematical model of cancer households, optimal, 139:117
treated with, 146:89 Vaccination strategies, optimal for
Topp's beetles revisited, 145:1 whom?, 139:133