Bio Systems 1991 - 1992: Vol 26 Index

4 Pages·1 MB·English

BioSystems, 26 (1992) 25-9 26 0
Elsevier Scientific Publishers Ireland Ltd.
Subject Index
Volume 26
adaptability, biological information processing, distributed critical state, life game, cellular automata, self-organization,
control, distributed information processing, hierarchical evolution, 135
systems, implicit control, 139
amplification, bistability, irreversible transitions, metabolic Delaware Bay plankton community, community modeling,
regulation, 159 population roles, loop analyis, stability patterns, trophic
ATP hydrolysis, flagellum, the Third Law of Mechanics, 223 structure, 75
dinoflagellate, ribosomal gene, in situ detection, non-
bifurcatin analysis, epigenetic system, negative cross- radioactive probe, electron microscopy cryosections, 61
diffusion, dissipative structure, Liapunov stability, 211 discrete-time systems, periodic diseases, epidemic models,
biological classification, power law distribution of size of oscillations, 193
taxa, fractals, 89 dissipative structure, epigenetic system, negative cross-
biological information processing, adaptability, distributed diffusion, bifurcatin analysis, Liapunov stability, 211
control, distributed information processing, hierarchical distributed control, adaptability, biological information pro-
systems, implicit control, 139 cessing, distributed information processing, hierarchical
biological systems, state space approach, modeling, dynamic systems, implicit control, 139
simulation, 31 distributed information processing, adaptability, biological
biomass, information processing, neuromass, stream information processing, distributed control, hierarchical
ecosystem, 155 systems, implicit control, 139
bistability, amplification, irreversible transitions, metabolic dynamic simulation, biological systems, state space ap-
regulation, 159 proach, modeling, 31
Brownian algebra, oscillator function, recognition, 99
early evolution, replicator equation, mutation, 1
cellular automata, life game, self-organization, critical state,
electron microscopy cryosections, ribosomal gene, in situ
evolution, 135
detection, non-radioactive probe, dinoflagellate, 61
cellular automata, non-linear dynamics, chaos, stem-cells,
endemic states, Chagas’ disease, mathematical model, 127
colony forming units, 231
epidemic models, periodic diseases, discrete-time systems,
cellular kinetics, mathematical modeling, T-lymphocytes, oscillations, 193
human immunodeficiency virus, 177
epigenetic system, negative cross-diffusion, dissipative
Chagas’ disease, mathematical model, endemic states, 127
structure, bifurcatin analysis, Liapunov stability, 211
chaos, cellular automata, non-linear dynamics, stem-cells,
evolution, life game, cellular automata, self-organization,
colony forming units, 231
critical state, 135
ciliate evolution, phylogeny, ciliate kinetome, ultrastruc-
ture, morphogenesis, 239
ciliate kinetome, phylogeny, ciliate evolution, ultrastruc- feedback, stability, loop analysis, simulation, network,
Lotka-Volterra systems, 21
ture, morphogenesis, 239
colony forming units, cellular automata, non-linear fertility, correlated fluctuations, heredity, non-Markovian
stochastic branching process, 185
dynamics, chaos, stem-cells, 231
community modeling, population roles, loop analyis, stabili- fetus, oxygenation, placental metabolism, mathematical
model, 45
ty patterns, trophic structure, Delaware Bay plankton
flagellum, ATP hydrolysis, the Third Law of Mechanics, 223
community, 75
fractals, biological classification, power law distribution of
computer ecosystems, computer evolution model, symbiosis,
size of taxa, 89
parasitism, 199
computer evolution model, computer ecosystems, symbiosis,
parasitism, 199 heredity, correlated fluctuations, fertility, non-Markovian
correlated fluctuations, fertility, heredity, non-Markovian stochastic branching process, 185
stochastic branching process, 185 hierarchical systems, adaptability, biological information
cortisol secretion system, modelling fluctuation phenomena, processing, distributed control, distributed information
117 processing, implicit control, 139
260
human immunodeficiency virus, mathematical modeling, oscillations, periodic diseases, epidemic models, discrete-
cellular kinetics, T-lymphocytes, 177 time systems, 193
oscillator function, Brownian algebra, recognition, 99
implicit control, adaptability, biological information process- oxygen delivery to tissue, mathematical model, oxygen
ing, distributed control, distributed information process- dissociation curve, kinetics of O02 with haemoglobin, 171
ing, hierarchical systems, 139 oxygen dissociation curve, mathematical model, oxygen
in situ detection, ribosomal gene, non-radioactive probe, delivery to tissue, kinetics of O. with haemoglobin, 171
electron microscopy cryosections, dinoflagellate, 61 oxygenation, fetus, placental metabolism, mathematical
information processing, biomass, neuromass, stream model, 45
ecosystem, 155
irreversible transitions, amplification, bistability, metabolic parasitism, computer evolution model, computer
regulation, 159 ecosystems, symbiosis, 199
periodic diseases, epidemic models, discrete-time systems,
kinetics of O2 with haemoglobin, mathematical model, oxy- oscillations, 193
gen dissociation curve, oxygen delivery to tissue, 171 phylogeny, ciliate evolution, ciliate kinetome, ultrastruc-
ture, morphogenesis, 239
Liapunov stability, epigenetic system, negative cross- placental metabolism, fetus, oxygenation, mathematical
diffusion, dissipative structure, bifurcatin analysis, 211 model, 45
life game, cellular automata, self-organization, critical state, population roles, community modeling, loop analyis, stabili-
evolution, 135 ty patterns, trophic structure, Delaware Bay plankton
loop analyis, community modeling, population roles, stabili- community, 75
ty patterns, trophic structure, Delaware Bay plankton power law distribution of size of taxa, biological classifica-
community, 75 tion, fractals, 89
loop analysis, stability, feedback, simulation, network,
Lotka-Volterra systems, 21 recognition, Brownian algebra, oscillator function, 99
Lotka-Volterra systems, stability, feedback, loop analysis, replicator equation, early evolution, mutation, 1
simulation, network, 21 ribosomal gene, in situ detection, non-radioactive probe,
electron microscopy cryosections, dinoflagellate, 61
mathematical model, Chagas’ disease, endemic states, 127
mathematical model, fetus, oxygenation, placental self-organization, life game, cellular automata, critical state,
metabolism, 45 evolution, 135
mathematical model, oxygen dissociation curve, oxygen simulation, stability, feedback, loop analysis, network,
delivery to tissue, kinetics of O. with haemoglobin, 171 Lotka-Volterra systems, 21
mathematical modeling, cellular kinetics, T-lymphocytes, stability, feedback, loop analysis, simulation, network,
human immunodeficiency virus, 177 Lotka-Volterra systems, 21
metabolic regulation, amplification, bistability, irreversible stability patterns, community modeling, population roles,
transitions, 159 loop analyis, trophic structure, Delaware Bay plankton
modeling, biological systems, state space approach, dynamic community, 75
simulation, 31 state space approach, biological systems, modeling, dynamic
modelling fluctuation phenomena, cortisol secretion system, simulation, 31
117 morphogenesis, phylogeny, ciliate evolution, ciliate stem-cells, cellular automata, non-linear dynamics, chaos,
kinetome, ultrastructure, 239 colony forming units, 231
mutation, early evolution, replicator equation, 1 stream ecosystem, biomass, information processing,
neuromass, 155
negative cross-diffusion, epigenetic system, dissipative symbiosis, computer evolution model, computer ecosystems,
structure, bifurcatin analysis, Liapunov stability, 211 parasitism, 199
network, stability, feedback, loop analysis, simulation,
Lotka-Volterra systems, 21 T-lymphocytes, mathematical modeling, cellular kinetics,
neuromass, biomass, information processing, stream human immunodeficiency virus, 177
ecosystem, 155 the Third Law of Mechanics, ATP hydrolysis, flagellum, 223
non-Markovian stochastic branching process, correlated trophic structure, community modeling, population roles,
fluctuations, fertility, heredity, 185 loop analyis, stability patterns, Delaware Bay plankton
non-radioactive probe, ribosomal gene, in situ detection, community, 75
electron microscopy cryosections, dinoflagellate, 61
non-linear dynamics, cellular automata, chaos, stem-cells, ultrastructure, phylogeny, ciliate evolution, ciliate kine-
colony forming units, 231 tome, morphogenesis, 239
BioSystems, 26 (1992) 261
Elsevier Scientific Publishers Ireland Ltd.
Author Index
Volume 26
Agur, Z. Kampfner, R.R.
Kangas, P.C.
Bailey, J.J. Kimler, V.A.
Berlin, Y.A. Kuz’min, V.V.
Blamire, J.
Bodini, A. Lenbury, Y.
Bottoni, P.
Brambilla, F. Matsuno, K.
Mehr, R.
Caserta, C. Mickens, R.E.
Cefalo, A. Minelli, A.
Chattopadhyay, J. Mukherjee, D.
Chuck, E.T. Mussio, P.
Conrad, M.
Nakamura, T.
Dioguardi, N.
Drobnitsky, D.O. O’Callaghan, J.
s Pacheenburawana, P.
Fisler, K. Pietrogrande, M.
Pilette, R.
Fassy, F.
Fletcher, J.E. Randetti, M.
Fusco, G. Renard, C.
Sartori, S.
Géraud, M.-L.
Selvakumar, S.
Goldanskii, V.I.
Sharan, M.
Groome, L.J.
Shrager, R.I.
Gunji, Y.-P.
Gunji, Y.-P. Sigal, R.
Soyer-Gobillard, M.-O.
Stadler, P.F.
Hervagault, J.-F.
Herzog, M.
Tapaswi, P.K.
Honda, H.
Vanover, L.
Imai, E. Velasco-Hernandez, J.X.
Iryu, Y.
Ito, K. Watanabe, A.