BioSystems 56 (2000) 149 – 150
Subject index
Volume 56 (2000)
www.elsevier.com/locate/biosystems
Adaptability; Morphogenesis; Connectance; Self-organization; Developmental network; Phenotypic plasticity 56, 1
Autonomous choice; Discrimination learning; Zipf analysis; Power law 56, 33
Biochemistry; Genetic code; Evolution; Codons 56, 139
Classical information force; p-Adic number representation; Quantum information force; Conscious evolution of life 56, 95
Codons; Genetic code; Evolution; Biochemistry 56, 139
Collective behavior; Social insects; Nest construction; Self-as-sembly; Genetic algorithm 56, 13
Complexity; Emergence; Ontogeny 56, 43
Connectance; Morphogenesis; Self-organization; Developmen-tal network; Adaptability; Phenotypic plasticity 56, 1
Conscious evolution of life; p-Adic number representation; Classical information force; Quantum information force 56, 95
Developmental network; Morphogenesis; Connectance; Self-or-ganization; Adaptability; Phenotypic plasticity 56, 1
Digital enzyme; Molecular automata; Stochastic model; Gly-colytic cycle; Hysteresis; Stochastic resonance 56, 121
Discrimination learning; Autonomous choice; Zipf analysis; Power law 56, 33
Emergence; Complexity; Ontogeny 56, 43
Enzyme inhibition; Enzyme reactions; Kinetic parameter; Pro-gress curves; Unstable product 56, 75
Enzyme reactions; Enzyme inhibition; Kinetic parameter; Pro-gress curves; Unstable product 56, 75
Evolutionary game; Game dynamics; Strictn-species ESS 56, 131
Evolution; Genetic code; Biochemistry; Codons 56, 139
Fluctuation correlation matrix; Metabolite; Monte-Carlo pro-cedure 56, 63
Game dynamics; Evolutionary game; Strictn-species ESS 56, 131
Genetic algorithm; Collective behavior; Social insects; Nest construction; Self-assembly 56, 13
Genetic code; Evolution; Biochemistry; Codons 56, 139
Genetic semihomology; Protein homology; Mutations; Vari-ability 56, 83
Glycolytic cycle; Molecular automata; Stochastic model; Digi-tal enzyme; Hysteresis; Stochastic resonance 56, 121
Hysteresis; Molecular automata; Stochastic model; Digital en-zyme; Glycolytic cycle; Stochastic resonance 56, 121
Kinetic parameter; Enzyme inhibition; Enzyme reactions; Pro-gress curves; Unstable product 56, 75
Metabolite; Fluctuation correlation matrix; Monte-Carlo pro-cedure 56, 63
Molecular automata; Stochastic model; Digital enzyme; Gly-colytic cycle; Hysteresis; Stochastic resonance 56, 121
Monte-Carlo procedure; Fluctuation correlation matrix; Metabolite 56, 63
Subject index6ol.56 (2000) 150
Morphogenesis; Connectance; Self-organization; Developmen-tal network; Adaptability; Phenotypic plasticity 56, 1
Mutations; Protein homology; Variability; Genetic semihomol-ogy 56, 83
Nest construction; Collective behavior; Social insects; Self-as-sembly; Genetic algorithm 56, 13
Ontogeny; Emergence; Complexity 56, 43
p-Adic number representation; Classical information force; Quantum information force; Conscious evolution of life 56, 95
Phenotypic plasticity; Morphogenesis; Connectance; Self-orga-nization; Developmental network; Adaptability 56, 1
Power law; Autonomous choice; Discrimination learning; Zipf analysis 56, 33
Progress curves; Enzyme inhibition; Enzyme reactions; Kinetic parameter; Unstable product 56, 75
Protein homology; Mutations; Variability; Genetic semihomol-ogy 56, 83
Quantum information force; p-Adic number representation;
Classical information force; Conscious evolution of life 56, 95
Self-assembly; Collective behavior; Social insects; Nest con-struction; Genetic algorithm 56, 13
Self-organization; Morphogenesis; Connectance; Developmen-tal network; Adaptability; Phenotypic plasticity 56, 1
Social insects; Collective behavior; Nest construction; Self-as-sembly; Genetic algorithm 56, 13
Stochastic model; Molecular automata; Digital enzyme; Gly-colytic cycle; Hysteresis; Stochastic resonance 56, 121
Stochastic resonance; Molecular automata; Stochastic model; Digital enzyme; Glycolytic cycle; Hysteresis 56, 121
Strict n-species ESS; Evolutionary game; Game dynam-ics 56, 131
Unstable product; Enzyme inhibition; Enzyme reactions; Ki-netic parameter; Progress curves 56, 75
Variability; Protein homology; Mutations; Genetic semihomol-ogy 56, 83
