Last update of this page: 14 June 1999

See also the Week Overview and the Day Overview.

At each subject there is an list of people who have an oral contribution and a list with the poster contributions. Also the session organizers are listed.

**K.P.Hadeler**

Competition, Variability, and Exclusion: Elimination of some and survival for many**Martin A. Nowak**

The Evolution of Language**K. Sigmund**

Reciprocal altruism, direct and indirect**Bruce R. Levin**

Mathematical models of the within and between host population biology of antibiotic treatment and resistance**Bela Novak**

Modeling the cell division cycle**Eshel Ben-Jacob**

Fighting Bacteria Using Man-Made Nanoagents**Lila Kari**

DNA computing in vitro and in vivo

**Mats Gyllenberg**

Cumulative classification of bacteria**Christophe Biernacki**

Model on a population and prediction on another one: generalized allocation rule**Tero Aittokallio**

Classification of nasal inspiratory flow shapes by attributed finite automata**Mike Steel**

Patching up*X*-trees**Ellen Baake**

What can and what cannot be inferred from pairwise sequence comparisons?**Timo Koski**

Exchangeable and Predictive Classification of Bacteria

**Lund Tatu**

Employing the EM-algorithm to Classification of Bacteria

**Mandri Obeyesekere**

A G1-phase model illustrating the efficiency of an incorporated signal transduction pathway**Daniel Claude**

Shift of the period by intermittent stimulation in a model for PER protein oscillations in*Drosophila***C. D. Thron**

Mathematical Analysis of Binary Activation of a Cell Cycle Kinase which Down-Regulates Its Own Inhibitor**Jana Wolf**

Modelling of Metabolic Oscillations in Continuous Yeast Culture**Gerda de Vries**

Effect of noise on the emergent collective behaviour of diffusively coupled biological oscillators**Natale Manganaro**

Hyperbolic Wave Features of an Action Potential Transmission in a Nerve Fiber**Gerald Houart**

Bursting, chaos and birhythmicity originating from self-modulation of the inositol 1,4,5-trisphosphate signal in a model for intracellular Ca^{2+}oscillations**Thomas Höfer**

Intercellular synchronization of calcium oscillations**Udo Ahlvers**

Monte Carlo simulation of calcium spike trains in hepatocytes**Milan Brumen**

Role of Various Calcium Stores in Cytosolic Calcium Oscillations**Isabella Susa**

Sodium/calcium exchange affects cytoplasmic calcium dynamics and plateau fraction in a cluster model of -cells coupled by gap-junctions**Thomas Haberichter**

Stochastic approach to model receptor controlled calcium oscillations**Klaus Prank**

Information-theoretic approaches to endocrine coding**Paola Cerrai**

A Mathematical Model of Bacteria Motion**Wolfgang Wiechert**

Understanding the Dynamics of Metabolic Isotopomer Networks**Armindo Salvador**

Patterns of steady-state behaviour in large-scale models of metabolic processes**Uwe an der Heiden**

The biochemical basis of psychophysical laws

**Dieter Barthel**

An age structured compartment model of the epidermis of the mouse**E.G. D'Ambrogio**

A Dipole Model of Active Cell Membrane Behavior**António Ferreira**

A model of the generation of Maillard modifications in proteins: an assessment of its importance in the determination of life span**Didier Gonze**

Theoretical models for circadian rhythms in*Neurospora*and*Drosophila***Nicole Isermann**

Flux Identifiability Analysis of Metabolic Isotopomer Labeling Experiments**Joseph Raquepas**

Calcium Waves in Astrocytes**Angélique Stéphanou**

Modelling cell migration through the local mechanical perturbation induced by the coupling with an extracellular gradient.**Tatiana Sukhomlin**

About routine quantitative analysis of experimental oscillatory data with large variability - from simple statistics to fitting.

**Louis Gross**

Quantitative Training in the Life Sciences: Designing an Undergraduate Curriculum in Computational Biology**Edward Grossman**

Spreadsheets and Mathematical Modeling**Alan Hastings**

Training grant in Nonlinear Dynamics in Biology at UC Davis**Jacques J.M. Bedaux**

Statistical Education Should Bridge the Gap between Statistics and Mathematical Modelling**P.G. Doucet**

Teaching elementary biomathematics**Ales Fajmut**

Presentation of Linear and Non-linear Oscillations by Mathematica

**Klaus Dietz**

Critical community size and eradication of infectious diseases**Viggo Andreasen**

Models of influenza A epidemiology and evolution during periods of antigenic drift**Hisashi Inaba**

Revisiting Kermack and McKendrick**Günther Hasibeder**

A unifying concept for different reproduction ratios in epidemic models**Bas Dutilh**

Evolution of viral strain structure through host immune response**Diego Rodriguez**

A Model of Malaria in Heterogeneous Environments**Marcelo N. Burattini**

Modelling the immune response to malaria taking account of the history of innoculations**Lucy Crooks**

A trade-off in malaria infections: can it explain the parasite's life history?**Zhilan Feng**

Treatment-induced schistosome genetic diversity**Herbert Hethcote**

The Basic Reproduction Number for Three Epidemiology Models with Age Dependence**Michiel van Boven**

Waning immunity and sub-clinical infection in an epidemic model, and an application to pertussis in the Netherlands**K.A. Jane White**

Modelling density-dependent resistance in insect-pathogen interactions**Annet Velthuis**

Algorithm to calculate the complete probability distribution of the number of susceptible animals, at any moment in time, assessed in transmission experiments**Jorge X. Velasco-Hernández**

A simple vaccination model with multiple endemic states**Lisa Sattenspiel**

The impact of quarantine on the spread of the 1918-19 flu in central Canada**Ben Cooper**

Patient-carer contact patterns and the transmission dynamics of hospital infections**Angel F. Capurro**

The effect of carriers in the spread of nosocomial pathogens in an Intensive-Care Unit**Daren Austin**

When infection control isn't working: characteristic dynamics of endemic colonization in intensive care units**Johannes Müller**

Contact Tracing**Tyll Krueger**

Localized Epidemic Outbreaks in Heterogeneous Age-structered Populations**Ivana Beardmore**

Spreading Disease through Social Groupings in Competition**Andrew Park**

Invasion and persistence of infectious disease in a spatially structured metapopulation**Roel Bakker**

The effect of sexual risk reduction on network structure and HIV transmission dynamics in stochastic simulations with STDSIM

**Marcos Amaku**

A method to estimate age-dependent transmission rates and its application to rubella**Juan Pablo Aparicio**

On the Fall and Rise of Tuberculosis**Kari Auranen**

Bayesian data augmentation for incompletely observed infection processes**Tamara Awerbuch**

The impact of a patchy environment on the spread of epidemics: A cellular automata model**Francisco Antonio Bezerra Coutinho**

Analysis of the age and time dependence of the force of infection in an epidemic model**Götz Gelbrich**

Immunity against Diphtheria: Gaining Information by Analyzing the Distribution of Antibody Concentration**Thomas Hagenaars**

Feed-borne transmission of BSE and case clustering**Ying-Hen Hsieh**

Modelling behavior change for the spread of HIV/AIDS in Thailand**Gesine Reinert**

Bounds on the distance to the mean-field limit for the GSE**Carla Rossi**

Estimating the Size of Problem Drug use Epidemic by Back-calculation Methods**Sabine Stöcker**

Kinetic Models in Mathematical Epidemiology**Claudio Struchiner**

Infection Rate Estimation from Repeated Seroprevalence Surveys**Laércio Luís Vendite**

Mathematical modelling for vertical transmission of HIV**K.A. Jane White**

Modelling density-dependent resistance in insect-pathogen interactions**Rita Maria Zorzenon dos Santos**

On the Dynamics of HIV Infection**Piebe de Vries**

Cellular Approach to Malaria Eco-epidemiological Risk Assessment (CAMERA)**O.G. van der Heijden**

A model-based evaluation of rubella vaccination in The Netherlands

**Hans (J.A.J.) Metz**

Adaptive Dynamics, population dynamics' evolutionary twist**Peter Hammerstein**

The conceptual architecture of evolutionary game theory**Franz Weissing**

Reproductive effort and sex allocation: an integrative approach**Eva Kisdi**

Adaptive dynamics of body size under asymmetric competition**Ilan Eshel**

Handicap, Quality and Fitness as Factors in Mate Choice - The Sexy Son and Handicap Principles Re-examined**Michael Doebeli**

Variable Investment and the Origin of Cooperation**Winfried Just**

The Napoleon Complex: Why Smaller Males Pick Fights**John Radcliffe**

Strategic and genetic models of evolution**Tim Benton**

Evolutionarily stable reproductive effort in stochastic, density-dependent environments**Ulf Dieckmann**

Evolutionary Branching in Sexual Populations: A New Model for Sympatric Speciation**Stefan Geritz**

Adaptive dynamics in allele space and the evolution of assortative mating**Martijn Egas**

Adaptive Dynamics of Specialisation in Plant-Herbivore Systems**Vincent A. A. Jansen**

The evolution of biodiversity in competitive communities**Frans Jacobs**

Bifurcation Analysis for Adaptive Dynamics based on Lotka-Volterra Competition Models**Alan Hastings**

Width of hybrid zones as a function of dispersal kernels**Vivian Hutson**

The Evolution of Dispersal**Kalle Parvinen**

Evolution of migration in a metapopulation**Bas Pels**

Evolution of prey-exploitation strategies in a discrete time predator-prey metapopulation model**Sido D. Mylius**

The Resident Strikes Back: On the evolutionary jumping between population-dynamical attractors**Inti Suárez**

Price equation, Lyapunov exponents and Gauss curvature**K. Jaffe**

Modelling haplo-diploidy, assortative mating and the evolution of social behavior**Daniel Segré**

A Model for the Emergence of Self-replicating Protocells: From Compositional Information to Alphabet-based Coding**Yvone M.M. Hornos**

Symmetry in the Evolution of Non Standard Genetic Codes

**Úngel Calsina**

ESS related to the equilibria of a evolutionary model for the distribution of individuals with respect to the maturation age**Keith Farnsworth**

Game theory predicts the mutual exclusion of two competing populations among two habitats**Eva Maria Griebeler**

A comparison of different methods estimating the effective population size**Olga Kirillova**

Ecosystem Evolution on the basis of processes of an interaction structure formation**Krisztián Mágori**

Modelling the ecology and evolution of integration strategies of clonal plants**Gerard Mulder**

Evolution of adaptive suicide in aphids**Kei-ichi Tainaka**

Patch dynamics and long-term response for Prisoner's Dilemma game**Eizaburo Tamaki**

Mathematical modeling and simulation about evolution from single-cellular to multi-cellular**Tom Van Dooren**

Evolutionary Dynamics with Overdominance for Phenotype**Andrea Waltzer**

Fish shoals and the Tragedy of the Commons**Cor Zonneveld**

Resource Competition in Phytoplankton: the Concept of Invasibility

**Timothy Pedley**

Plumes in bacterial bioconvection**Hermann Josef Eberl**

A Combined HOC/CDS Finite-Difference Method for the 3 Dimensional Convection-Diffusion/Diffusion-Reaction Equation in Highly Irregular Systems and its Application to Biofilms**Jan C.H. van Eijkeren**

Identifiability of intrinsic clearance from a liver-slice experiment**J.I. Freijer**

Modeling health effects of oxidative stress in the human airways**David Samuels**

A Model of Mitochondrial Genetic Disease**Annemarie Pielaat**

Dispersal of Plant Pathogens by Rainsplash

**René Thomas**

Feedback circuits in Biology and nonlinear Dynamics**Erik Plahte**

Description and analysis of gene regulatory processes and cellular systems**Elena Ananko**

Gene networks: formalized description and visualization in the GeneNet database**Luis Mendoza**

Feedback Circuit Analysis of the Genetic Network Involved in Arabidopsis Flower Morphogenesis**Maria Samsonova**

The interactive genetic network layout system NuT based on parallel genetic algorithm**John Reinitz**

Reverse Engineering the*Drosophila*Segmentation System**John Hertz**

Modeling the dynamics of genetic networks - applications of different methods for reverse engineering**Dieter Beule**

Using Surrogate Genetic Networks to Asses Reverse Engineering Methods**Valeriu Damian-Iordache**

Towards reconstructing dynamical system models for gene expression networks from large-scale gene abundance time-series

**Vladimir Alenin**

Application of Petri Nets theory to modelling the response of yeast cell to amino acid starvation**Dirk Holste**

Genetic Connectivity for Regulatory Networks from Mutual Information**Thomas B. Kepler**

Normalization and analysis of DNA microarrays using local regression**Fedor A. Kolpakov**

The GeneNet database: formalized description and visualization of gene networks dynamics based on experimental data**Jean Peccoud**

Analysis of the genetic network controlling ColE1 plasmid replication using UltraSAN**Denis Thieffry**

The formation of segments in*Drosophila melanogaster*: a logical analysis

**Leon Glass**

Dynamics of Reentrant Tachycardia**Denis Noble**

From genes to whole organs: connecting biochemistry to physiology**Alexandre Panfilov**

Electrical turbulence in the heart muscle**Adriaan van Oosterom**

Electrophysiological constraints in inverse procedures**Henggui Zhang**

Reconstruction of the Rabbit Sinoatrial Node**Christian Zemlin**

Realistic modeling of excitation propagation in the human atria**Micol Pennacchio**

An adaptive numerical technique applied to the integral representation of electrograms**Yosef Ashkenazy**

A Comparison Between Different Methods in HRV Analysis**Meir Lewkowicz**

Linear Theory for Cardiac Mechanics?

**Grigori G. Amosov**

On the role of the aortal copper in the diastolic coronary blood flow**Jacob Levitan**

Multipole Description of Complex Systems Applied to Heart Rate Variability

**Roger Nisbet**

Predictive Power of Simple Population Models Based on Dynamic Energy Budgets**Erik Muller**

Living with variable food; survival and production in a dynamic energy budget (DEB) model for individuals**Edward McCauley**

Modelling Mortality for Individual-Based Population Dynamics**Konstadia Lika**

A Dynamic Energy Budget Model based on Partitioning of Net Production**Bob Kooi**

Food chain dynamics with populations consisting of multiple components**Fleur Kelpin**

Numerical simulation of population dynamics with discrete events in the lives of the individuals**Louis Gross**

Landscapes and Individual-Based Models: Assessment and Validation**Wolf M. Mooij**

Zooplankton community dynamics in electronic mesocosms**David Claessen**

Dwarfs and giants: cannibalism and competition in a size structured population**Pierre Auger**

Effects of Density Dependent Prey Migrations on the Stability of a Predator-prey System in a Source-sink Environment**Jean-Christophe Poggiale**

Nutrient-Phytoplankton-Zooplankton Food Chains Models: A Study by Aggregation Methods Approach**Thomas Hillen**

Moment Closure for Transport Equations and Applications to Chemotaxis**Ludek Berec**

Effects of a limited perception by predators on their optimal diet choice**Mark Lewis**

On the asymptotic speed of a nonlinear stochastic invasion**Angela Stevens**

Hyperbolic models for chemotaxis - a particle based approach**Norbert Sebastian Zolek**

Individual Based Modellig of Tribolium Population**Olivier Pardo**

A deterministic model of Glass-Eels migratory behaviour into the Adour Estuary**Ludo Pagie**

Individual and population based diversity in Restriction-Modification systems

**Madhur Anand**

Temporal transience in a heathland plant community and its relation to space**Renaud Bauvin**

Tandem recruitment, herding behaviour and memory**David S. Boukal**

Lotka-Volterra type predator-prey models with optimal foraging behavior in patchy habitat**Bernd Brandt**

Biodegradation by microbial floccules**Paul P.F. Hanegraaf**

Multiple uptake and assimilation pathways and the macromolecular composition of microorganisms**Georgy Karev**

Population heterogeneity can be a reason of number outbreaks**Daniela Morale**

Modeling animal grouping: an interacting particle system**Beáta Oborny**

Competition of clonal plants for mosaic habitat space: cellular automata simulations**Charles Sandrine**

Adaptive density-dependent host behaviour against parasitism: effects on the basic transmission rate R0**Luis Sanz**

Time Scales in Stochastic Multiregional Models**Natalya Sapukhina**

Migration model of three-trophic-level community**Olga Smirnova**

Radiation and Individual-Based Population Dynamics

**Lee Segel**

How feedback promotes conflicting immune system goals**Thomas B. Kepler**

The evolution of molecular anticipation: immunoglobulin genes and the mechanisms that diversify them**Mihaela Oprea**

Plasticity of immunoglobulin genes under somatic hypermutation**Can Kesmir**

A mathematical model on germinal center kinetics and terminationn**Marcelle Kaufman**

Revisiting the Th1/Th2 paradigm**José Borghans**

MHC polymorphism: a result of host-pathogen coevolution**Hugo van den Berg**

How a Promiscuous T Cell Receptor Supports an Effective & Self Tolerant T Cell Repertoire**Jorge Carneiro**

IVIg and the Brambell Fc-Receptor: Can IVIg act in autoimmune disorders by accelerating the clearance of antibodies?**Rita Maria Zorzenon dos Santos**

Immunization and Aging in the Immune Network**Christophe Fraser**

Antigen-driven heterogeneity in the immune system: implications for immune system demographics and HIV dynamics**Viktor Müller**

LT-associated HIV reservoir might strongly affect viral decay during HAART**Ruy M. Ribeiro**

Immune system exhaustion in HIV infection and SI virus emergence**Harel Dahari**

Early Prediction and Mechanism of the Ribavirine/IFN-a Dual Therapy Effect on Hepatitis C Virus (HCV) Infection**Zvi Grossman**

Emerging Concepts in Immunology (with Applications to HIV Dynamics)

**Rob De Boer**

Non-generic correlations between steady states during HIV-1 clinical latency**Jean-Louis Golmard**

Influence of viral genetic variability on the variability of the VIH infection course: results obtained from a mathematical model**Steven Kleinstein**

A Stochastic Model of the Germinal Center Reaction**Hester Korthals Altes**

An HIV-1 nef dilemma: evade immune recognition or maintain full-function?**Marco Antonio Leonel Caetano**

Optimal Control Theory Applied to the Anti-Viral Treatment of AIDS**Avidan U. Neumann**

Target=Helper model of HIV Infection and Therapy Interruption Vaccination in Chronic AIDS Patients**André Noest**

Why are there so many independent germinal centers?**Sergey Rudnev**

Mathematical modeling of immune-inflammatory reaction in lungs. Parametrization of the rate constants of bacterial phagocytosis**Joao Sousa**

Serial Triggering of the T Cell Receptor: Requirement for a Cooperative Rate-Limited Step**Jeffrey Stewart**

Profile of a quasispecies: The selected mutational landscape of HIV and influenza

**Stefan Schuster**

Concepts and Algorithms in Metabolic Pathway Analysis**Michael Möllney**

Recent Progress in Metabolic Analysis**Johannes H. G. M. van Beek**

Using a nonlinear model of the tricarboxylic acid cycle to estimate O2 consumption from NMR spectra of cardiac tissue biopsies**Oliver Ebenhöh**

Structural analysis of ATP and NADH producing systems using optimisation principles**Andrea De Gaetano**

Modelling the Euglycemic Hyperinsulinemic Clamp with delay-differential equations**Edda Klipp**

Modelling the interconnection of genomic and metabolic regulation**Oleg Demin**

Mathematical modeling allows us to find out the sites targeted by pollutants and predict regulatory properties of poisoned system**A.O. Komendantov**

Application of time series and dynamical system analyses in cell physiology and biochemistry**Svetoslav Markov**

A Model of the Enzyme-catalytic Processes in an Organism

**Milya Galimova**

Simple model of NADH synthesis pathways in mitochondria respiring on glutamate and malate can show bell-shaped dependence of total NADH production rate on NAD concentration**Peter F. Huettner**

Correction Parameters In Functional Insulin Treatment**Hans V. Westerhoff**

Dynamic coherent intra-and intercellular signal transduction

**Raymond Mejia**

A Model of Rat Urine Concentration: Predictions for Cirrhosis and Ischemia**Morten D Andersen**

Synchronization of Nephron Pressure and Flow Regulation**Robert M. Miura**

The -Cell Mass, Insulin, and Glucose Model: Pathways to Diabetes**Bruno Vielle**

A new stability index for periodic breathing**John Ward**

Mathematical modelling of avascular tumour response to chemotherapy**Alexander Anderson**

Mathematical Modelling of Tumour Invasion and Metastasis

**Alvaro Luiz de Bortoli**

A Numerical Solution of the Flow Through the Carotid Artery Bifurcation**Rimantas Eidukevicius**

Mathematical Model of Tumor and Immune System Interaction**Alberto Gandolfi**

Tumour microarchitecture: Growth of tumour cords and occurrence of necrosis**Yuriy Gusev**

Segregation Errors, Chromosomal Instability and Evolution in Cancer: Mathematical Modeling and Biological Implications**Vincent Lemaire**

Oscillations in the Glucose-Insulin Regulatory system**Gabriele A. Losa**

The Morpho-Fractal Complexity of Cancer Cells**Emil Manoach**

A Matematical Model of Stress-induced Adaptation of Arteries Adjacent to Stents and Artery/graft Anastomoses**Peter Milanov**

Pharmacological agonism: mathematical model and explicite approximation of the efficacy and the affinity of agonists**Andrey A. Polezhaev**

Mathematical modelling of heterogeneous tumor growth: the problem of cell subpopulation domination**Ingo Roeder**

The stem cell property of primitive hemopoietic cells as a result of stroma binding/release kinetics: A novel single cell based stochastic model approach**S. Randall Thomas**

Net Osmole Production by Inner Medullary (IM) Glycolysis could contribute importantly to the Renal Concentrating Mechanism**Eberhard O. Voit**

Biochemically-Based Toxicodynamic Modeling and Its Implications for Responses to Low-Dose Chemical Exposure

**Bruce Kendall**

Density-dependent dispersal can destabilize population dynamics**Toshiyuki Namba**

Dispersal Mediated Coexistence of Two Predator Species in a Patchy Habitat**Jarmo Hemminki**

Allee effects can both conserve and create spatial heterogeneity in population densities**Oliver Lange**

Testing the Applicability of the Quantitative Incidence Function Model**Rampal Etienne**

On Optimal Size and Number of Reserves for Metapopulation Persistence**Graeme P. Boswell**

Habitat corridors and metapopulation extinction

**Johan Grasman**

Mathematical Conservation Ecology: A one predator-two prey model as case study**Fordyce Davidson**

Fungal development in heterogeneous environments**Luis H. R. Alvarez**

On the Option Components of Rational Harvesting Planning**Konstantin Pylkov**

A general approach for modelling multilocus dynamics**Nick Savill**

A random tale of minicircle segregation**Mark T. Borisuk**

Bifurcation Analysis of a Model of Mitotic Control in Frog Eggs**Karl Javorszky**

Double Sequence of Triplets**Jelle Zuidema**

Selective advantages of complex grammars

**Neli Dimitrova**

On a Stabilizing Control Design for an Anaerobic Fermentation Process**Xue-Wu Zhang**

Dynamics and stability analysis of the growth and astaxanthin production system of Haematococcus pluvialis**Thomas Faraut**

A model for the meiotic segregation of reciprocal translocations**Arthur L. Koch**

The Re-incarnation and Re-demise of the Transition Probability Model**Yuriy Chebrakov**

Operational Multivariate Data Analysis: Theory and Applications in Medicine**Vladimir Shmagin**

Robust Regression Data Analysis: Achievements, Failures and Prospects**James Anderson**

Funding Opportunities for Quantitative Approaches to Biomedical Problems**Javier Burgos**

Galois connections in biological systems**Stefan Reimann**

How does a sperm find an oozyte?**Giuseppe Schinaia**

Parameter sensitivity in linear compartmental model output**Hiromi Seno**

Mathematical Considerations on Persistence of Japanese Family Names: Effect of Sex-Biased Inheritance**Tomoyuki Yamamoto**

On the evolution in RNA world: the elongation and the assembly of sequences**M.J. Zeilmaker**

Mathematical modeling of A_{h}-receptor regulated P450 gene expression**Johannis C. van den Berg**

Sperm Whales seen through Wavelets**O. El idrissi**

Asymptotic behaviour of a semilinear age-structured population model with a dynamics for the resource**Dmitrii O. Logofet**

`Causal' Markov-chain models for vegetation dynamics: new perspectives of an old paradigm**Fathalla A. Rihan**

Sensitivity Analysis of Parameters in Modelling With Delay-Differential Equations**Onno Van Herwaarden**

Mean fixation and extinction times for an allele in a large finite population**Inada Yoshinobu**

Estimation of the stability of grouping motion of a fish school**C. Zwarts**

A parental sex-ratio distorter in parasitoid populations**Paul G. Doucet**

Parameter unicity in a class of nonlinear systems**Fabio Grizzi**

A Mathematical Method to identify the Lithium Therapeutic Dose**Petr Lansky**

Dose-solubility ratio and the mean dissolution time of drugs

**Idan Segev**

Design Principles of Neurons: Implications for Computations**David Willshaw**

Multilevel computational approaches to an analysis of the nervous system**Bruce Graham**

Towards a biologically realistic model of neurite outgrowth and branching**H.G.E. Hentschel**

Mechanisms for Guidance and Bundling in Developing Nervous Systems**Arjen van Ooyen**

Competition in the development of nerve connections**Stephen Eglen**

Local cell movement guided by dendritic interactions helps form regular retinal mosaics**Andreas Schierwagen**

Modelling superior colliculus neurons: Parameter estimation and functional characterization**Karina Yusim Ladizhansky**

Mathematical Model for Neurotransmitter Release Control Based on Voltage-Dependent Interaction Between Autoreceptors and Proteins of the Exocytotic Machinery**Valerie Gremillion**

Population Encoding and Spike Train Context in Vertebrate Neural Circuitry**Sharon Crook**

Modeling Dynamic Patterns of Activation in a Neural Map**Jean-François Vibert**

A model for respiratory rhythmogenesis and apneusis based on sparsely connected excitatory neural networks**Stefan Rotter**

Cooperative Neuronal Groups and Correlation Dynamics in Cortical Networks**Tjeerd olde Scheper**

Chaos and Dynamic Neural Networks

**Fabián Alvarez**

Dynamics of a delayed self-exciting single neuron model**Jens Christian Claussen**

Winner-relaxing and winner-enhancing Kohonen algorithms: magnification exponents and ordering**Hans-Joachim Kaup**

Error analysis of phase-based algorithms for disparity estimation**John E. Love**

Symbolic Modeling of Gravisensory Neural Systems**Mark Penney**

Modelling the bursting of mesolimbic dopamine neurons; requirement for external stimulus**Eli Ratner**

Evaluation of the Number of Agonist Molecules needed to activate a Ligand-Gated Channels from the Current Rising Phase**Stefan Reinker**

Resonance and Stochastic Resonance in Neuron Models**Charles E. Smith**

Sensitivity analysis in Neural Reversal Potential Models**Sybert Stroeve**

Stimulus Dependent Synchronization in Stochastic Neural Networks**Jean Vaillant**

Cox Processes and Random Walks. Application to Space Cell Activity**Jaap Van Pelt**

Modeling the natural variablity in the geometry of neuronal branching patterns**Herrad Werner**

A multi-layer 2D neural field model of dynamic remapping in eye movement control

**David Rand**

Recent trends and future perspectives in population dynamics**Hal Smith**

A Model of Microbial Growth and Competition in a Plug Flow Reactor with wall growth**Nelly Noykova**

Parameter and State Sensitivity in a Five Order Model of Anaerobic Digestion in Continuous Stirred Bioreactor**Tatiana Sazykina**

An ecosystem model with the optimal feeding behavior of a predator - a pseudoequilibrium regime**Nour Eddine Elhoussif**

A deterministic size structured population model with reproduction at a specified size**Julien Arino**

Size structured models for the chemostat; comparison with experiments**Vladas Skakauskas**

On age-sex-space-structured population dynamics model with random mating and females' pregnancy**Idriss El Akili**

Modelisation of the spatio-temporal dynamics of immune anti-tumor cytotoxic reactions**Mark Pernarowski**

Controllability of excitable cells**Tanya Kostova**

Non-periodic Oscillations in Two-Patch Systems**Maria-Josefina Hernandez**

Bifurcations and Catastrophes in Conditional Outcomes of Population Interactions**Suzanne Touzeau**

Stability of a stage-structured population model with a generalized stock-recruitment function**Linda Rass**

Exploting model similarities to describe stochastic convergence results**Serge Chernyshenko**

Mathematical Modelling of Ecological Successions: Approach on the Base of M. Eigen's Hypercycle**Valery Kirzhner**

On finiteness of the equilibria set under selection in a system of multiallele loci**Hartmut Schwetlick**

Propagation of disturbances in multidimensional nonlinear transport models**Yoh Iwasa**

Pollen-Coupling of Forest Trees, Forming Synchronized and Periodic Reproduction out of Chaos**Jean-Luc Gouzé**

Global behaviour of periodically forced loop systems: example of a class of model for algal growth**Manmohan Singh**

Predator-Prey Models with Diffusion Based on Luckinbill's Experiment with*Didinium*and*Paramecium***Nico Stollenwerk**

Testing nonlinear stochastic models on empirical algae mass time series**Bernard Cazelles**

Intermittent rarity and On-Off intermittency in population dynamics**Sergei V. Petrovskii**

The Wave of Chaos: A New Mechanism of Pattern Formation in Spatio-Temporal Population Dynamics**Mick Roberts**

A simple parasite model with complicated dynamics

**Mohamed Benkherourou**

From Mechanical Characterization of Fibrin Gels To Quantification of Endothelial Cell Traction Forces**Faina Berezovskaya**

`Travelling waves' and `pulsing patterns' in population models with autotaxis**Carlos A. Braumann**

Conditions for population steady-states in random environments**Nikola Buric**

Time-delay effects in a minimal model of the immune response**Derik Castillo-Guajardo**

Effect of stage-structure on stability of host-parasitoid interactions**Michael Deakin**

A Generalised Multistage Logistic Population Model**Tiago Domingos**

A General Approach to the Modelling of Trophic Chains**Vasiliy Govorukhin**

One Model of Active Migrations: Qualitative Investigation**Michael Grinfeld**

Modelling IGP and GLP in age-structured populations**Fabrice Heiser**

A Predator-Prey in a Heterogeneous Environment**Barbara Hellriegel**

Factors influencing the complex dynamics and variable composition of mixed hybridogenetic populations**Adam Kleczkowski**

Plants competition in a changing environment**Ryusuke Kon**

The Effect of Evolution to Host-Parasite Systems**Abraham Korol**

Complex Dynamics Manifested by a Multilocus Genetic System upon Cyclical Selection**Nicholas Kositski**

Self-control of Proliferation-diferentiation Proceses in Cell Population Dynamics**Mayer Landau**

Transition rules between various coexisting equilibrium states in a cardiac Non Pacemaker cel**Pierre Magal**

Evaluation of the eel flux during the migration for the reproduction**Alexander B. Medvinsky**

Fish school walks and plankton patchiness as a result of plankton- fish interactions**Andrey Morgulis**

Wave phenomena in the model of a spatially active population.**Thorsten Mueller**

Analysis of non-linear dynamical systems: estimating parameters and model selection**Vikas Rai**

On the Determinstic Description of Population Dynamics**Akiko Satake**

A Globally Coupled Map Model for Synchronized Reproduction in Beech Forests - Pollen-Coupling of Trees Creates Coherent Dynamics out of Chaos**Pekka Vainiomäki**

The Application of Ergodic Theory to Discrete Time Systems with Stochastic Perturbations**Andrew White**

Explaining the colour of power spectra in chaotic ecological models**Sergio Furtado dos Reis**

Dispersal on small spatial scales: Waves, neighborhoods of interaction and non-locality

**Jürgen Lenz**

A Many-Particle Model of Cellular Adhesion and Protrusion Formation**Christopher Lowe**

A hybrid particle/continuum model for bacteria swimming**Andreas Deutsch**

Migration automata: a model concept for simulation and analysis of cell-based pattern formation**Birgitt Schoenfisch**

Simple Models of Alignment, Movement and Schooling Behaviour**Sabine Franz**

Fourier analysis of Turing-like pattern formation in cellular automaton models**Roeland Merks**

The interplay of hydrodynamics and genetic regulation in the morphogenesis of sponges and stony corals: pilot studies**Cristian Picioreanu**

Lattice Boltzmann methods for multidimensional modelling of biofilms**Yoaz Daniel**

Discrete Bone Marrow Model Yielding Real Life Measurements**Frank A. Meineke**

A spatial factor controlled model of the intestinal crypt regeneration based on the equipotency concept of all proliferative cells

**James Bown**

Emergent behaviour and issues of scale in fungal community dynamics**Masahiro Doi**

Computer Simulation of a Microorganic Ecology as a Self-sustaining System of Complexity**Zoryana Grishina**

Simulation model of the proliferation of autocrine lymphoid cells in vitro: Development and Application**Günther Karigl**

Homology Searching and Interlocking of Chromosomes: A Cellular Automaton Model**Ádám Kun**

Environmental heterogeneity and spatial competition in clonal populations - a cellular automata model**Stana Nikcevic**

Dynamical analyses of a large chain of semi-quantum molecules**Jan W. Winters**

Presentation of a new department: Theory of Complex Fluids, Delft University of Technology

**Mark Chaplain**

Spatio-temporal Pattern Formation on Spherical Surfaces with an Application to Solid Tumour Growth**Graeme Pettet**

Chemotaxis as a Mechanism for Initiating Structure in Tissue**Kristin Swanson**

A Mathematical Model for the Differential Motility of Brain Tumors (Gliomas) in Grey and White Matter**Ralf Kaczmarcik**

Effects of hemodynamic properties on growth, remodeling and structural stability of microcirculation networks: computer simulation studies**Sharon Lubkin**

Mechanical Models of in Vitro Vasculogenesis**Juan M. Lopez**

Morphological Transitions in Growing Colonies of Fungi: Experiments and Models**Jacqueline Lück**

L-systems and Cellworks for the Root Apical Organization in Arabidopsis thaliana.**Athanasius F.M. Marée**

Movement of the multicellular slug stage of*Dictyostelium discoideum*: a model study**Nicholas F. Britton**

Rhythms and Waves in Social Insect Colonies**Toshio Sekimura**

Pattern Formation in Lepidopteran Wings**Helen Wearing**

Mathematical modelling of juxtacrine patterning**Stephen Baigent**

Modelling the role of gap junctional communication in pattern formation**Edith Geigant**

Analysis of an orientational aggregation model with saturation kinetics**Dirk Drasdo**

Folding of tissues by dynamical instabilities**Eirikur Palsson**

3-D Simulations of cell movements in multicellular systems**Bori Mazzag**

Mathematical model of aerotaxis**Edmund J. Crampin**

Reaction and Diffusion on Growing Domains: Scenarios for Robust Pattern Formation**Razvan Satnoianu**

Turing driven instabilities, differential-flow induced instabilities and chemotaxis generated instabilities: a comparison of models

**Benedetto Ballarň**

Chemical and mechanical waves on the cortex of fertilized egg cells. Application at the Ascidia eggs**Andrea Ciliberto**

Sea urchin embryo early development: a mathematical model**D.J. Gavaghan**

Some numerical methods ideally suited to the solution of partial differential equations arising in medicine and biology**Bai-Lian Li**

Self-Thinning Patterns Formation and Ecological Field Theory**Anotida Madzvamuse**

Numerical solution of reaction-diffusion equations on growing domains**Atsushi Mochizuki**

Mathematical modeling of the spatial pattern of cone photoreceptor cells on fish retina**Leiv Øyehaug**

A mathematical model of melanogenesis**Valko, G. Petrov**

Constructing Kinetics of Erythrocyte Aggregation**Maartje Raijmakers**

Numerical bifurcation analysis of a shunting neural network**Joris Wiersinga**

Nutrient level and rate of depletion determine differences in pattern formation in*E. coli*and*S. typhimurium*

**Michael Waterman**

Estimating Restriction Maps**Paul G. Higgs**

The Influence of RNA Secondary Structure on RNA sequence evolution**Hanspeter Herzel**

10-11 bp Periodicities in Complete Genomes Reflect Protein Structure and DNA Folding**Dirk Evers**

A General Pattern Matching Language for Specific Motifs in RNA Secondary Structure**Igor Titov**

Fast genetic algorithm for RNA secondary structure prediction and its applications**Paolo Sirabella**

Automatic classification of proteins 3-D structures**Ernesto Perez-Rueda**

Prediction and analysis of transcriptional factors of E. coli**Benjamin Audit**

Statistical analysis of the complexity of DNA sequences**Julia Ponomarenko**

Transcription Factor Binding Sites: Conformational and Physical-chemical Codes of Functioning

**Waltraud Huyer**

A statistical approach to protein folding

**Alexander Rachev**

A Mathematical Model of Arterial Adaptation to Blood Flow Alterations**Jacek Waniewski**

Theory of solute exchange between blood, lymph, tissue, and external medium during peritoneal dialysis**Ihor Lubashevsky**

Cooperative mechanism of local thermoregulation**Harald van Mil**

Investigation of plasma-membrane electrical bistability using a new type of electrophysiological modeling**Mathisca de Gunst**

Stochastic modelling and statistical analysis of ion channel data

**Roger Bowers**

The Evolution of Host Resistance to Microparasites: Apparent Competition between Many Host Strains**Jon Greenman**

Multi-Host, Multi-Pathogen Systems: An Application of Bifurcation Theory**Valerie Isham**

Stochastic models for aggregation in macroparasitic infections**Roberto Rosa'**

A comparison among models for macroparasite-host interactions**Aline de Koeijer**

Expected time till extinction of a herpes virus in a closed herd of hosts**Giulio De Leo**

The effect of culling on virulence evolution: management implications in the control and eradication of wildlife diseases**Michel Langlais**

Spatial Propagation of the Feline Leukemia Virus within Heterogeneous Cat Populations**Ivo Luijendijk**

Allomerus; a cheater in an ant-plant mutualism**Rachel Norman**

Alternative methods of transmission of tick-borne diseases

**Eduardo Massad**

Modelling Bat-Transmitted Rabies**Jean-Marc Naulin**

Vaccination and sterilization programs for rabies control in fox populations**Joanne Turner**

A Host-Pathogen Model with a Combination of Frequency-dependent and Density-dependent Transmission