Evolution and populations genetics
| Brownian motion on the Yule tree: variance of the sample variance | |
| Serik Sagitov |
| Crump-Mode-Jagers branching processes in disease outbreaks | |
| Giacomo Plazzotta, Caroline Colijn |
| The Classification of Protein Domains into Families and Clans through Entropy Measures based Methods | |
| Rubem P. Mondaini |
| Direct evidence of the strong co-evolution of somatic and organelle genomes | |
| Michael Sadovsky, Anna Chernyshova |
| A dynamic network population model with strategic link formation governed by individual preferences | |
| Mark Broom |
| N. gonorrhoeae NG-MAST genotype and antibiotic resistance profile: is there any correlation? | |
| Konstantin Konstantinovich Avilov |
| Information geometry and the Wright-Fisher model of mathematical population genetics | |
| Tat Dat Tran |
| Evolution of condition-dependent immigration | |
| Mats Gyllenberg, Eva Kisdi, Helene Weigang |
| Multi-gene-loci inheritance in resistance modeling for polyploid populations | |
| Antje Vollrath |
| Macroscopic and microscopic structures of the family tree for a decomposable branching process | |
| Vladimir Alexeevich Vatutin |
| Mathematical Models of Speciation with Gene Flow | |
| Ilse Hoellinger, Joachim Hermisson |
| Tree-free phylogenetic comparative methods: what can we say about a species' trait without observing the phylogeny | |
| Krzysztof Bartoszek, Serik Sagitov |
| Branching processes in random environment | |
| Elena Evgenievna Dyakonova |
| Clines With Partial Panmixia In An Environmental Pocket | |
| Linlin Su |
| Host-Parasite Evolution with a Predator | |
| Jaspreet Toor |
| An effect of optimal harvest on an evolution of population with age structure | |
| Oksana Zhdanova |
| Evolutionary dynamics of site-selection | |
| Kalle Parvinen |
| ABC METHODOLOGY TO ESTIMATE THE RATE OF MUTATION OF A Y-LINKED GENE IN A TWO-SEX BRANCHING MODEL | |
| Cristina Gutiérrez Pérez |
| Minimum Hellinger distance estimation for Controlled Branching Processes | |
| Carmen Minuesa Abril |
| Rate of adaptation in sexuals and asexuals: A solvable model of the Fisher-Muller effect | |
| Su-Chan Park, Joachim Krug |
| Repair and not segregation of damage is the optimal unicellular ageing strategy | |
| Robert J Clegg, Rosemary J Dyson, Jan-Ulrich Kreft |
| Non-monotonic effects of migration in subdivided populations | |
| Pierangelo Lombardo, Luca Dall'Asta, Andrea Gambassi |
| Adaptive dynamics on an environmental gradient that changes over a geological time-scale | |
| Jaakko Toivonen |
| Modeling the impact of selection in protein coding genes | |
| Carina Farah Mugal, Ingemar Kaj |
| Measures of natural selection in protein coding genes | |
| Carina Farah Mugal, Ingemar Kaj |
| Evolutionary Models in Structured Populations | |
| Christoforos Hadjichrysanthou |
| The ecology of resistance – density dependent feedbacks to optimal investment | |
| Ruairi Donnelly |
| Do sheep cheat themselves by mounting weak immune responses: an adaptive dynamics approach | |
| Daniel Balaz, Christina A Cobbold, Michael J Stear, Joaquín Prada Jiménez de Cisneros, Rodney Beard, Louise Matthews |
| Protection of the durability of major resistance genes to plant viruses with quantitative resistance, a modeling approach. | |
| Elsa Rousseau, Jerome Coville, Alain Palloix, Frederic Fabre, Ludovic Mailleret, Benoit Moury, Frederic Grognard |
| A duality relation for type distributions on partitions in the Moran model with recombination | |
| Mareike Esser |
| Exploring the dynamics of evolution on small networks | |
| Laura Hindersin |
| Evolution of resource utilization: the coexistence of specialists and generalists | |
| Tuomas Nurmi |
| Spatial model of stress-induced transposon proliferation. | |
| Mateusz Kitlas, Michał Startek, Arnaud Le Rouzic, Dariusz Grzebelus, Anna Gambin |
| Continuous approximations of Discrete Processes | |
| Fabio Chalub, Max Souza |
| Long-scale structures in genomes | |
| Michael Sadovsky, Xenia Nikitina, Eugene Bushmelev |
| Super-symmetry in genomes and its evolution | |
| Michael Sadovsky, Yaroslav Grebnev |
| The impact of sexual vs. asexual reproduction on transposon proliferation dynamics | |
| Krzysztof Gogolewski, Anna Gambin, Dariusz Grzebelus, Arnaud Le Rouzic, Michał Startek |
| Real time forecasting of near-future evolution: theory and experiments | |
| Philip Gerrish |
| Effect of Neutral Spaces in a Markov Chain Model of Bacterial Evolution | |
| Kush Chandra Khosla, Dan Nichol, Jacob Scott |
| Can excessive mutation prevent adaptive evolution? | |
| Sophie Penisson |
| On the existence and stability of equilibrium probability measures in Gaussian mutator models with environmental stress within Fisher's geometric framework. | |
| Michał Piotr Startek, Arnaud Le Rouzic, Anna Gambin |
| Evolutionary accessible pathways to global fitness maximum on generalized hypercubes | |
| Marcin Zagórski |
| Predicting the evolution of resistance in Atlantic salmon in response to a macro-parasite invasion | |
| Andy Hoyle |
| Quantifying the effects of adaptation on genealogies | |
| Taylor Austin Kessinger |
| The Right Word in the Right Place? Using an evolutionary model to link codon usage bias to an organism’s fitness. | |
| Jan-Hendrik Trösemeier, Susanne Lipp, Holger Lößner, Ina Koch, Christel Kamp |
| Multiscaling Modelling in Evolutionary Dynamics | |
| Max Souza |
| Global Stability in Selection-Migration Models | |
| Josef Hofbauer |
| Evolutionary multiplayer games and polynomials in Bernstein form | |
| Jorge Peña |
| Adaptive gene introgression after secondary contact | |
| Hildegard Uecker, Derek Setter, Joachim Hermisson |
| Type distributions on partitions and their ancestry in the Moran model with recombination | |
| Sebastian Probst |
Developmental Biology
| Model and Simulation of Actin-dependent Cell Movement | |
| Angelika Manhart |
| Unravelling the rules of multicellular migration during development with models and experiments. | |
| Linus J Schumacher |
| A quantitative mechanical model of developing epithelial sheets | |
| Jochen Kursawe |
| Collective cell movement promotes synchronization of coupled genetic oscillators | |
| Koichiro Uriu |
| Modeling the galectin patterning network of the developing chick limb skeleton | |
| Tilmann Glimm |
| Modelling chemotactic motion of cells in biological tissues | |
| Bakhti Vasiev |
| Computational model of trichome spacing pattern formation on growing linear leaf blade | |
| Ulyana Zubairova, Sergey Nikolaev, Alexey Doroshkov, Dmitry Afonnikov |
| Optimal Control of 2D Cell Migration | |
| Konstantinos Blazakis |
| A parameter study of a computational angiogenesis model suggests that limited Apelin sensitivity enables tip cells to lead sprouts | |
| Margriet Palm, Marchien Dallinga, Erik van Dijk, Ingeborg Klaassen, Reinier Schlingemann, Roeland Merks |
| Accelerating reaction-diffusion simulations with non-local position jumping | |
| Paul Richard Taylor |
| The mechanical and the neurogenic hypothesis for fingerprint formation | |
| Michael Kücken |
| A selection criterion for spatial patterns in reaction-diffusion systems | |
| Tatiana T. Marquez-Lago |
| Application of systems biology approach to analyze the development of wheat leaf pubescence. | |
| Alexey Vladimirovich Doroshkov, Ulyana Zubairova, Mikhail Genaev, Sergey Nikolaev, Tatyana Pshenichnikova, Dmitry Afonnikov |
| A Cell-Based Simulation Environment for Morphogenetic Problems | |
| Simon Tanaka |
| The tool to study plant hormone auxin distribution in the plant root | |
| Fedor Kazantsev, Victoria V Mironova |
| Modelling and analysis of filopodia extension regulated by VEGF-Delta-Notch signalling in angiogenic tip-cell selection | |
| Sunny Modhara |
| Simulating multicellular systems using subcellular element approximations | |
| Majid Abedi |
| MARKOV CHAIN MODEL TO EXPLAIN THE DYNAMICS IN HUMAN DEPRESSION | |
| Souvik Bhattacharya |
Cancer
| Therapies targeting hypoxia reduce tumor volume and delay the malignant transition in gliomas | |
| Alicia Martínez-González, Mario Durán-Prado, Gabriel F Calvo, Francisco J Alcaín, Luis A Pérez-Romasanta, Victor M Pérez-García |
| Asymmetrical cell division arising in stem cells and cancer | |
| Ali Ashher Zaidi |
| Using process algebra to quantify the radiation induced bystander effect | |
| Rachel Lintott |
| Modelling Tumour heterogeneity and homeostasis disruption in bone cancer | |
| David Basanta |
| Mechanical Forces in Vascular Sprouting | |
| Rui Travasso |
| Mathematical modeling predicts exponential growth kinetics for metastases in the lymphatic vessels in the absence of vascularization | |
| Ruth Elizabeth Griswold, Simona Podgrabinska, Suvendu Das, Boyce E. Griffith, Charles S. Peskin, Mihaela Skobe |
| Optimal control in a mathematical model of low grade glioma | |
| juan Belmonte-Beitia |
| Multiscale modelling and analysis for cancer development: exploring the role of matrix-degrading enzymes and adhesion in invasion | |
| Dumitru Trucu, Mark A. J. Chaplain |
| Biphasic modulation of cancer stem cell driven solid tumor dynamics in response to reactivated replicative senescence | |
| Heiko Enderling |
| Cell migration modeling and data analysis in lung cancer | |
| Damian Stichel |
| Computer Simulation of the Metastatic Progression and Treatment Interventions | |
| Anja Bethge, Udo Schumacher, Gero Wedemann |
| Targeting cancer dormancy | |
| Feng Fu |
| Theoretical investigation of the effect of methylation on deoxy cytidine- deoxy guanosine dinucleotide | |
| Nastaran Asghari Asghari Moghaddam |
| A systems approach to studying collective migration of cancer cells | |
| Alistair Mark Middleton, Damian Stichel, Franziska Matthaeus |
| Modelling the role of adhesion in the heterogeneous dynamics of cancer invasion | |
| Pia Domschke, Dumitru Trucu, Alf Gerisch, Mark Chaplain |
| Genetic drift rescues cancer from evolutionary suicide | |
| Scott Thomas Bickel, Joseph D Juliano, John D Nagy |
| Uncertainty quantification in a model of tumour invasion | |
| Alf Gerisch |
| Mathematical Model of Glioma Invasion | |
| Radhia Eljazi |
| Evolution of resistance to platinum drugs and PARP inhibitors in BRCA-associated cancers. | |
| Kimiyo N. Yamamoto |
| Modeling DNA-Methylation Profiles in Ageing and Cancer. | |
| Jens Przybilla, Thimo Rohlf, Joerg Galle |
| Find the Glass Phase Transition Properties in a multi-cell model for tumorogenesis | |
| Yuting Lou |
| Mathematical modelling of the dynamics of multiple myeloma cell accumulation | |
| Marcel Mohr |
| MULTISCALE MODELLING OF VASCULAR TUMOUR GROWTH AND ANGIOGENESIS INCLUDING TUMOUR METABOLISM | |
| Simona Galliani |
| Stochastic tunneling of two mutations in a population of cancer cells | |
| Hiroshi Haeno, Yosef E Maruvka, Yosef E Maruvka, Yoh Iwasa, Yoh Iwasa, Franziska Michor, Franziska Michor |
| Simple principles can explain the in vivo population dynamics of tissue specific stem cells | |
| Benjamin Werner |
| The Role of Stem Cell Plasticity in Ductal Carcinoma | |
| Noemi Picco, Alexander R. A. Anderson |
| Modeling the regulation of bivalent genes | |
| Joerg Galle, Jens Przybilla |
| The role of CCN1 in glioma virotherapy with oncolytic herpes simplex virus | |
| Karly Jacobsen |
| Towards patient-specific biology-driven heterogeneous radiation planning: using a computational model of tumor growth to identify novel radiation sensitivity signatures. | |
| Jacob Gardinier Scott, Alexander G Fletcher, Claire L Timlin, David Basanta, Alexander R A Anderson, Philip K Maini |
| Normal wound healing and tumor angiogenesis as a game of competitive inhibition | |
| Irina Kareva |
| Adhesion Defects are Sufficient to Initiate Polycystic Kidney Disease | |
| Julio Monti Belmonte |
| POD-DEIM Approach on Dimension Reduction of a Model of Chemotactic Bacteria Patterns in Semi-Solid Medium | |
| Gabriel Dimitriu |
| A modelling framework for elucidating the interplay between drug transport and cellular effects in tumours | |
| J Krishnan |
| Metastatic dynamics and systemic inhibition of angiogenesis: implications for global dormancy and metastatic acceleration after surgery | |
| Sebastien Benzekry |
| Controllability of models of anticancer combined therapy with multiple delays in control. | |
| Andrzej Swierniak |
| Stochastic models for tumors submitted to a radiotherapy treatment | |
| Pierre Vallois |
| On a nonstandard numerical algorithm for a mathematical model of cancer invasion | |
| Mikhail Kolev |
Population Dynamics and Conservation Biology
| On the life of populations in habitats with constant carrying capacity | |
| Peter Jagers |
| Fox-Voles Interactions: Selection and Dynamical Properties of a Multi-Species Functional Response. | |
| Virgile Baudrot |
| The influence of turbulence on the competition between buoyant and non-buoyant plankton prey species in a shallow lake. | |
| Michael Bengfort |
| The coupled Ricker’s population models: effects of clustering | |
| Matvey Kulakov, Galina Neverova |
| Consequences of Obesity Epidemic; the Impact of “Vertical Transmission” of Obesity on Population Dynamics | |
| Keisuke Ejima |
| Traveling wavefronts in population and disease models with nonlocal reaction and delay | |
| Peter Pang |
| Modelling stage-structured populations of crop pathogens: 1) under environmental change and 2) as part of a food web, using delay differential equations. | |
| Helen Kettle |
| Let Markov chains evolve along genealogies | |
| Vincent Bansaye |
| How symbionts turning from friends to foes induce Allee effects in predators | |
| Mickael Teixeira Alves, Frank Hilker |
| A nonlinear age-structured model of semelparous species | |
| Radosław Wieczorek |
| Intraspecific competition models considering two resources | |
| Nora Stahnke |
| On a sexual model of phenotypic evolution | |
| Ryszard Rudnicki |
| On the analytical study of a nonlinear SPDE arising as a model of phytoplankton aggregation | |
| Nadjia El Saadi, Zakia Benbaziz |
| Emergence of Cooperation with chain-reaction-extinction | |
| Hyeong-Chai Jeong |
| EQUILIBRIUM AND QUASI-STATIONARY STATES OF NON-LINEAR AGE-STRUCTURED MONOCYCLIC CELL POPULATION MODEL | |
| Vitalii V. Akimenko |
| Mass-structured individual based model for the chemostat | |
| Coralie Fritsch |
| MACROSCALE MATHEMATICAL MODELS FOR E.COLI MOTION | |
| Stefano Belloni |
| Spreading Speeds for Stage Structured Plant Populations in Fragmented Landscapes | |
| Mark Alexander Gilbert, Steven M White, James M Bullock, Eamonn A Gaffney |
| A multivariate SDE model for the time evolution of death rates with an application to the Portuguese population | |
| Sandra Lagarto, Carlos A. Braumann, Dulce Gomes |
| Estimation of the variance effective population size in age-structured populations | |
| Fredrik Olsson, Ola Hössjer |
| An optimal control problem for a reaction-diffusion model of invasive species | |
| Narcisa Apreutesei |
| Simulation modeling of spatial-temporal dynamics of the woody community of shade-tolerant and light-loving species | |
| Alexey Nikolaevich Kolobov |
| Evolution dynamics of a model for gene duplication under adaptive conflict | |
| Jeong-Man Park |
| Modeling circadian clock-cell cycle interaction effects on cell population growth rates | |
| Raouf El Cheikh, Samuel Bernard, Nader El Khatib |
| Pareto-efficient fishing strategies allow large conservation benefits for small costs in yield | |
| Niklas L.P. Lundström |
| Estimating effective bounds of population growth in a variable environment | |
| Sonja Radosavljevic, Bengt Ove Turesson, Uno Wennergren, Vladimir Kozlov |
| On optimization of substrate removal in a bioreactor with biofilms and suspended biomass | |
| Alma Masic, Hermann J Eberl |
| Optimization of biogas production in a model for anaerobic digestion with inhibition | |
| Marion Weedermann |
| Number fluctuations of populations with a short life cycle: Is it the result of density dependent regulation or influence of external factors? | |
| Galina Neverova, Efim Frisman |
| Optimal natural enemies deployment in patchy environments for augmentative biological control | |
| Bapan GHOSH, Frédéric Grognard, Ludovic Mailleret |
| Spatio-temporal Structure of Branching Random Walks in Non Homogeneous Environments | |
| Elena Borisovna Yarovaya |
| Impact of extended diapause on the rate of invasion of a population of triatomine with an Allee effect | |
| Amel Bessenouci Hakem |
| Period-length estimate of Lyapunov exponent for probing transient chaos in model of population dynamics | |
| Katarzyna Buszko, Krzysztof Stefański |
| Modelling populations subjected to pulsed taking regimes | |
| Ludovic Mailleret, Valérie Lemesle, Frédéric M Hamelin, Vincent Calcagno, Frédéric Grognard |
| Frequency-dependent models of population dynamics | |
| Georgiy P Karev |
| Dynamics of spatial pattern networks in predator-prey systems | |
| Josinaldo Menezes da Silva |
| The bifurcation analysis of the conceptual models of the CRISPR host-virus population dynamics | |
| Faina S Berezovskaya, Georgiy P Karev |
| Analysis of ecological time series using state-space models | |
| María Soledad Castaño, Hèlene Guis, Jean Vaillant, Thomas Balenghien, Jean-Claude Delécolle, Thierry Baldet, David Pleydell |
| Bayesian method for assessing environmental pollution effects on organism dynamic energy budget | |
| Baba Issa Camara |
| Symmetry based methods for constructing exact solutions of the diffusive Lotka-Volterra system | |
| Roman CHERNIHA |
| Logistic approximations and their consequences for bifurcations patterns and long-run dynamical behavior | |
| Torsten Axel Lindström |
| Stochastic semigroups in structured population models | |
| Katarzyna Pichor |
| Weakly Supercritical Branching Random Walks | |
| Ekaterina Antonenko |
| Global solvability and stability of equilibrium of multi-species model with cross diffusion | |
| Herve Michel DJOUOSSEU TENKAM, Roumen Anguelov |
Ecology
| From Individual to Collective Dynamics in Argentine Ants | |
| Maria Vela, Marco A. Fontelos |
| Insights from the Application of Temporal Difference Learning in Models of Foraging | |
| Jan Teichmann |
| Grazing strategies for the control of gastrointestinal nematodes in sheep: a stochastic model in a seasonal environment. | |
| Martin Lopez Garcia |
| Mathematical modelling of seasonal migration | |
| John Gerard Donohue, Petri Tomas Piiroinen |
| Niche theory for a complicated world | |
| Géza Meszéna, György Barabás, András Szilágyi |
| Optimal resource allocation in the plant-fungi mutualism for a growing system | |
| Kouki Uchinomiya, Yoh Iwasa |
| Evolution of root and shoot growth allocation in trees | |
| Magnus Lindh, Eddie Wadbro, Lai Zhang, Åke Brännström |
| A fractional-order diffusion model to predict transgenic pollen dispersal | |
| Emmanuel Hanert, Valentin Vallaeys, Rebecca Tyson, Eric Deleersnijder |
| Phase diagram of a fish school model: marches versus circles determined by the relative strength of alignment and cohesion | |
| Yuki Kubo, Yoh Iwasa |
| Games of Corruption: How to Suppress Illegal Logging. | |
| JoungHun Lee, Karl Sigmund, Ulf Dieckmann, Yoh Iwasa |
| Reversible phenotypic plasticity with continuous adaptation | |
| Ferdinand Pfab |
| Incorporating environmental factors into tick-borne disease models | |
| Adrian Worton |
| A resource-based model of multi-species competitions under mutations | |
| Weini Huang |
| The importance of distance-dependent synchrony of environmental coloured noise in patchy environments | |
| Uno Wennergren |
| Response of Poikilotherms to Extreme Temperature Events | |
| Rebecca C. Tyson, Garrett Culos |
| Evolution of dispersal syndromes | |
| Margarete Utz, Hannah Dugdale, Franjo Weissing, Jan Komdeur |
| Modeling Tree Crown Expansion with a Biomass Transport Equation | |
| Robert Beyer |
| The ecology of wildlife disease surveillance | |
| Glenn Marion |
| Emergence of diversity-stability-productivity relationships in a generic multi-species resource competition framework | |
| Stephen Catterall, Glenn Marion |
| Evolutionary stability and geographic variation of pollination networks | |
| Arndt Telschow, Shoko Sakai |
| Resolving the complexity of ecosystem models using network theory | |
| Caner Kazanci |
| A hierarchical Bayesian model for gene ranking in in metagenomics based on differential abundance | |
| Viktor Jonsson |
| Ecological Traps: Modeling habitat selection for mobile animals in heterogeneous landscapes | |
| Jessica Hearns |
| Disease in group-defending prey can benefit predators | |
| Andrew M. Bate |
| Fractal spatial statistics as a heuristic for dynamic persistence in vegetative ecosystems | |
| Mike A Irvine, Matt Keeling, James Bull |
Epidemics
| New agent-based model for an influenza epidemic spreading in cities. | |
| Valeriy Dmitriy Perminov |
| Measuring Disease Spread in Stochastic Epidemic Models | |
| M J Lopez-Herrero |
| Assessment of the invasion speed of triatomine populations, vectors of Chagas disease | |
| Tewfik Mahdjoub, Christopher Kribs-Zaleta |
| Probabilistic differential diagnosis of imported cases: A case study of MERS | |
| Hiroshi Nishiura |
| Dynamics of low and high pathogenic avian influenza in wild and domestic bird populations | |
| Necibe Tuncer |
| A STOCHASTIC EPIDEMIC MODEL FOR COMPUTER VIRUSES WITH ANTIDOTAL COMPUTERS | |
| Julia Amador |
| Which nodes should be prioritised for intervention to effectively control epidemic outbreaks in networks? | |
| Christoforos Hadjichrysanthou |
| Markovian Susceptible-Infectious-Susceptible (SIS) Dynamics on Finite Networks: Endemic Prevalence and Invasion Probability | |
| Robert Wilkinson |
| Counter-intuitive responses to movement-based disease control measures in livestock | |
| Jamie Christian Prentice |
| Information Content of Household-stratied Epidemics | |
| Timothy Kinyanjui, Lorenzo Pellis, House Thomas |
| Vaccination and Clinical Severity: Is the Effectiveness of Contact Tracing and Case Isolation Hampered by Past Vaccination | |
| Kenji Mizumoto |
| Impact of treatment length and treatment default on drug-resistant tuberculosis epidemiology | |
| Paula Rodrigues |
| Treatment provision in spatially structured models for environmentally transmitted infections | |
| Katy Gaythorpe, Ben Adams |
| STIs on dynamic partnership networks -- characterizing R_0 | |
| Ka Yin Leung, Mirjam Kretzschmar, Odo Diekmann |
| Combining statistical and dynamic modelling approaches to within-host analysis of Porcine Reproductive and Respiratory Syndrome (PRRS) virus infections | |
| Zeenath Islam, Stephen C Bishop, Nicholas J Savil, Raymond R. R. Rowland, Joan K Lunney, Benjamin Trible, Andrea Doeschl-Wilson |
| Exploring viral evolution to characterise HCV transmission dynamics in a high-risk prison population | |
| Fabio Luciani |
| Geometric Epidemics: An application of differential geometric sampling methods to stochastic epidemic models | |
| Samuel Charles Bilson |
| End of an SIR epidemic on a random network | |
| Pieter Trapman, Ana Serafimović |
| A game-theoretic approach to diagnostic test adoption and disease control in livestock | |
| Rodney Beard |
| Epidemic spread on weighted networks – the impact of casual contacts | |
| Christel Kamp, Mathieu Moslonka-Lefebvre, Samuel Alizon |
| On a simple stochastic epidemic SEIHR model and its diffusion approximation | |
| Marco Ferrante |
| Epidemics and density-dependent diffusion on heterogeneous metapopulations | |
| Jordi Ripoll |
| Modeling the individual vaccination decisions : a structural explanation | |
| Gabriel TURINICI |
| Vector-borne disease dynamics with host circulation | |
| Max Souza |
| Human Behaviour During Epidemics: Results of a Virtual Experiment | |
| Adam Kleczkowski, Savi Maharaj, Susan Rasmussen, Lynn Williams |
| Discretization of the SIS-Volterra model by nonstandard finite difference method | |
| Jean M-S Lubuma, Yibeltal A Terefe |
| Modeling of the spread and control of Mycobacterium avium subsp. paratuberculosis in a metapopulation of cattle herds | |
| Gael Beaunée, Elisabeta Vergu, Pauline Ezanno |
| An opportunistic diesases model | |
| Marcos Marva |
| Global dynamics of compartmental models for the spread of ectoparasite-borne diseases | |
| Attila Dénes, Gergely Röst |
| Analysis of Labour Productivity in the Presence of Substance Abuse | |
| Isaac Takaidza |
| Influence of Climate Variables on Scorpion Envenomation | |
| Schehrazad SELMANE |
| Analysis of a Deterministic Model for the Transmission Dynamics of Influenza | |
| Adnan Ahmed Khan |
| Optimal treatment- and diagnostic strategies in the context of ‘treatment for prevention’ against HIV-1 in resource-rich and -poor settings | |
| Sulav Duwal, Stefanie Winkelmann, Christof Schütte, Max von Kleist |
| Stochastic modelling for age-structured dengue epidemiology with and without seasonal variation | |
| Hannah Woodall, Ben Adams |
| The exclusion problem in seasonally forced eco-epidemiological systems | |
| Jonathan Greenman |
| A Study of Epidemiological Processes by Criticality Analysis | |
| Hessam Hessami, Nicolas Glade |
| How to adapt vine growth and cultural practices to better control an outbreak of powdery mildew on a vineyard? | |
| Jean-Baptiste Burie, Jean-Baptiste Burie |
| Evaluation of tuberculosis control programs in low-burden settings | |
| Giorgio Guzzetta, Marco Ajelli, Denise Kirschner, Stefano Merler |
| Modelling Aquatic Viral Dynamics: The Importance of Transmission | |
| Eryll Ogg |
| Optimal vaccination policies as Mean Field Games equilibriums | |
| Laetitia Laguzet |
| Mathematical Modelling of HIV/AIDS in a sex-structured population: Effect of Case Detection and Treatment} | |
| Mini Ghosh |
| Using mathematical modelling to design an optimal HIV prevention intervention among female sex workers: insights from Avahan AIDS Initiative in India | |
| Jasmina Panovska-Griffiths |
Immunology
| Reaction diffusion equations and the chronification of liver infections | |
| Dirk Langemann |
| Size matters: Mathematical modeling of the type-1 interferon induction | |
| Lars Kaderali, Diana Clausznitzer |
| Quantification of the acute phase of virus infection in HIV-1 infected humanized mouse | |
| Hiroki Ikeda |
| Modeling ecliptic phase of SHIV infection in cell culture | |
| Yusuke Kakizoe |
| Signaling pathway and gene network regulation of NFkB and cytokine mRNA expression in Mastitis | |
| Nicoline Y den Breems, Don Kulasiri |
| Modelling HTLV-I as a Multi-Locus System | |
| Aaron G Lim |
| Modelling the infection and immune dynamics induced by a pathogen targeting pulmonary macrophages: influence of strain virulence and host exposure | |
| Natacha Go, Caroline Bidot, Catherine Belloc, Suzanne Touzeau |
| Limit Theorems for Renyi Entropy and Divergence with Applications to DNA Diversity Analysis | |
| Michal Tadeusz Seweryn |
| A signal integration model of thymic selection and natural regulatory T cell commitment | |
| Sahamoddin Khailaie, Philippe A Robert, Toker Arras, Jochen Hühn, Michael Meyer-Hermann |
| The 4-dimensional nature of living molecular systems | |
| Maurício Vieira Kritz |
Physiology
| The Role of Osteocytes in Bone Turnover: A Mathematical Model | |
| Jason M Graham |
| A Mathematical Model for the Interaction of the Proteins MMP-1, TIMP-1, and ECM in a Wound | |
| Hannah Pennington, Nitin Krishna, Richard Schugart, Canaan Coppola |
| Generalized framework for cell-type and condition-specific metabolic models | |
| Semidán Robaina Estévez, Zoran Nikoloski |
| A simple model of wound healing in normal and diabetic mice | |
| Lucie Bowden |
| A morphoelastic model of dermal wound healing | |
| Lucie Bowden |
| Modeling of regulatory loops controlling galactolipid biosynthesis in the inner envelope membrane of chloroplasts | |
| Eric Maréchal, Olivier Bastien |
| A mechano-chemical model of neutrophil polarization | |
| Kai Harold Kopfer |
| Model of the dynamics of food intake, body weight and energy expenditure in rats | |
| Marine Jacquier, Fabien Crauste, Christophe Soulage, Hédi Soula |
| A Mathematical Model for Lymphangiogenesis in Wound Healing | |
| Arianna Bianchi |
| Mathematical modeling of hydrodynaimcal activation of intravascular blood coagulation and formation of fibre-like structures in intensive blood flow | |
| Oleksii Rukhlenko, Ksenia Zlobina, Georgy Guria |
| Spatial modelling of cytokine dynamics within osteoarthritic cartilage | |
| Michelle Baker |
| Mathematical Models of Retinal Degeneration | |
| Paul Roberts, Helen Byrne, Alexander Foss, Phil Luthert, Eamonn Gaffney |
| Integrative modelling and experimental validation of ammonia detoxification after drug induced liver damage | |
| Geraldine Celliere, Ahmed Ghallab, Sebastian Henkel, Stefan Hoehme, Freimut Schliess, Sebastian Zellmer, Jan Hengstler, Dirk Drasdo |
| Modelling the impact of plant shoot architecture on leaf cooling: coupled heat and mass transfer simulations | |
| Lloyd Bridge |
| MICROORGANISM'S GROWTH-ROBUSTNESS TRADE-OFF EXPLAINED BY SIMPLE GENERAL PRINCIPLES | |
| Alessandro Bolli, Armindo Salvador |
| Population-of-controllers model explains heterogeneous insulin secretion experiments | |
| Andrea De Gaetano, Claudio Roberto Gaz, Pasquale Palumbo, Simona Panunzi |
| A mathematical model to describe the flexibility of energy reserves at cellular scale | |
| Masoomeh Taghipoor, Florence Gondret, Jaap VanMilgen |
| A simplified, geometrical approach to the PKPD of inhaled bronchodilators | |
| Claudio Roberto Gaz, Andrea De Gaetano, Simona Panunzi, George Cremona, Beverley Patterson |
| A mathematical model for fluid-glucose-albumin transport in peritoneal dialysis | |
| Roman CHERNIHA, Jacek Waniewski |
Neuroscience
| Simultaneous modeling and clustering of multivariate time series - application to an animal model of alcohol addiction | |
| Lilian Villarín Pildaín, Vineet Kumar, Franziska Matthäus |
| Propagation of global resource fluctuations in a cell | |
| Cheol-Min Ghim |
| A simple decision making model for courtship song of Drosophila melanogaster | |
| Birgit Bruggemeier, Mason Alexander Porter, Stephen Goodwin |
| A one-dimensional moving-boundary model for tubulin-driven axonal growth | |
| Stefan Diehl, Anders Heyden, Stefano Perna |
| "Mathematical modelling of the dynamics and the role of the lipid composition in Alzheimer’s disease" | |
| Guido Santos Rosales, Mario Díaz, Néstor Torres |
Regulatory Networks
| Noise propagation in enzymatic reactions under transcriptional repression | |
| Diego A Oyarzún, Jean-Baptiste Lugagne, Guy-Bart V Stan |
| Dynamics of a Bistable Molecular Switch | |
| Marta Tyran-Kaminska |
| Autocrine FGF feedback can establish distinct states of Nanog expression in pluripotent stem cells | |
| Dora Lakatos |
| Modeling and analysis of a gene-regulatory feed-forward loop with basal expression of the second regulator | |
| Louisa Roselius, Dirk Langemann, Johannes Müller, Burghard Hense, Dieter Jahn, Richard Münch |
| A Mathematical Model of Intermolecular Autophosphorylation with an Application to Aurora B Kinase | |
| Kevin Doherty |
| Stochastic stability of a compound cell-cycle model | |
| Joanna Tyrcha, John Hertz |
| Time delays in stochastic models of gene regulation | |
| Jacek Miękisz |
| Sparsity promoting Bayesian parameter estimation and uncertainty quantification. Application to the gap gene system of Drosophila melanogaster. | |
| Nikolaos Sfakianakis, Martin Simon |
| A Tropical Method based on Newton Polygon Approach for Algebraic Analysis of Biochemical Reaction Networks | |
| Satya Swarup Samal, Ovidiu Radulescu, Dima Grigoriev, Holger Fröhlich, Andreas Weber |
| Early stage dynamics of miRNA-driven FFL depends upon miRNA action | |
| Alexander M. Samsonov, Maria A. Duk, Maria G. Samsonova |
| From signaling processes to large-scale behavior - E.coli chemotaxis, search strategy and pattern formation | |
| Franziska Matthäus |
| Mathematical Analysis and Joint Modeling of the M2 Receptor-dependent Signaling And Secondary Messenger Network in CHO Cells | |
| Benjamin Engelhardt, Ramona Schrage, Christian Tränkle, Klaus Mohr, Maik Kschischo, Holger Fröhlich |
| Algebraic Statistical Model for Biochemical Dynamics Inference | |
| Grzegorz A Rempala |
| Logic-based models and ODEs - a bidirectional modeling approach | |
| Claudia Stötzel, Firdevs Topcu-Alici, Susanna Röblitz, Heike Siebert |
| Relaxation oscillator dynamics of MAPK cascade enabled by local excitation–global inhibition | |
| Marek Kochanczyk, Emilia Kozlowska, Pawel Kocieniewski, Joanna Jaruszewicz, William S. Hlavacek, Tomasz Lipniacki |
| Modelling spatio-temporal dynamics in regulatory networks for cell polarity | |
| Peter Rashkov |
| Stochastic model of gene expression | |
| Weronika Siwek |
| Bacterial quorum sensing with negative feedback(s) | |
| Christina Kuttler |
| Simulation and analysis of bistability in osteochondrogenesis | |
| Morgan Germain, Johan Kerkhofs, Liesbet Geris |
| Understanding bistability in yeast glycolysis using general properties of metabolic pathways | |
| Bob Planqué |
| INTEGRATION BETWEEN SIGNALING AND ANTIOXIDANT PROTECTION BY THE PEROXIREDOXIN/THIOREDOXIN/THIOREDOXIN-REDUCTASE SYSTEM | |
| Gianluca Selvaggio, Pedro M. B. M. Coelho, Armindo Salvador |
| Adaptive Hybrid Simulations for Multiscale Stochastic Reaction Networks | |
| Benjamin Hepp, Ankit Gupta, Mustafa Khammash |
| Mathematical modeling of interactions between HSF and NFkB pathways | |
| Jaroslaw Smieja, Malgorzata Kardynska |
| Exploiting stochastic focusing for noise reduction through feedback | |
| Andreas Milias-Argeitis, Pavol Bauer, Stefan Engblom, Mustafa Khammash |
| Reduction of biochemical systems by delayed quasi-steady state assumptions | |
| Tomas Vejchodsky |
| Extending the Limits of Bifurcation Analysis: an Illustration from Yeast Glycolysis | |
| Gosse Borger Overal |
| Non-classic effects in stochastic gene expression | |
| Tatiana T. Marquez-Lago |
| Mathematical models of mi-RNA dependent gene regulation in experimental procedures | |
| Jaroslaw Smieja, Marzena Dolbniak |
| The search for a core functionality network in chondrocyte differentiation using heuristic and genetic algorithms | |
| Johan Kerkhofs, Hans Van Oosterwyck, Liesbet Geris |
| Unraveling subpopulation structures and dynamics with ODE constrained mixture modeling | |
| Jan Hasenauer, Christine Hasenauer, Tim Hucho, Fabian Theis |
| The cell nucleus regulates not only the dynamics of gene expression, but also its noise. | |
| Jaroslav Albert |
| Multi-parameter sensitivity analysis based on the conditional mutual information. | |
| Agata Charzyńska |
| Identification of noise sources in gene regulatory and signal transduction networks | |
| Michal Komorowski |
| Modelling Fast CICI Calcium Waves | |
| Zbigniew Peradzynski, Bogdan Kazmierczak |
| Intrinsic and extrinsic fluctuations in a spatiotemporal oscillatory system | |
| Jan Klosa |
| Exact quadratization of nonlinear systems: a useful tool in mathematical biology | |
| Pasquale Palumbo, Francesco Carravetta |
| Regulation RTK signaling specificity by tuning early endosome distribution | |
| Yannis Kalaidzidis, Roberto Villaseñor, Marino Zerial |
| Parameter Estimation for the System Size Expansion | |
| Fabian Froehlich, Jan Hasenauer, Fabian Theis |
| Elucidating the role of termination-based feedback mechanisms in mRNA translation in yeast | |
| J Krishnan |
| p53 regulatory module controlling cell cycle arrest and apoptosis in response to irradiation | |
| Marta Bogdał, Beata Hat, Marek Kochańczyk, Tomasz Lipniacki |
| Computational Model of the Autophagy-Translation Switch | |
| Paulina Szymańska |
Cell and Tissue Biophysics
| Receptor-mediated endocytosis and intracellular transport: self-organization, tasks and limitations. A mathematical model approach. | |
| Konstantin Novikov, Alexei Romanyukha |
| Breast Cancer and TGFb signaling | |
| Gianluca Ascolani |
| A multiscale analysis of tissue growth and nutrient transport in vitro | |
| Reuben O'Dea |
| The Flatness of Lamellipodia Explained by the Interaction Between Actin Dynamics and Membrane Deformation | |
| Christoph Winkler |
| On the biomechanics of intestinal stem cell niche formation in vitro and in vivo | |
| Peter Buske, Jens Przybilla, Markus Loeffler, Joerg Galle |
| Blood Flow and Oxygen Distribution in a Simulated 3D Liver Lobule | |
| Xiao Fu, Julio Belmonte, James Patrick Sluka, Maciej Swat, James Alexander Glazier |
| A Model of Contractile Forces in Acto-Myosin Bundles | |
| Stefanie Hirsch |
| Using mathematical models to exploit the potential of skin in non-invasive drug monitoring | |
| K A Jane White, Begona Delgado-Charro |
| Computational Studies of B-Z transitions in DNA | |
| Nam-Kyung Lee, Ah-Young Kwon |
| Blood is thicker than water – Calculating the optimal hematocrit | |
| Stefan Schuster, Heiko Stark |
| Swimming Patterns in Zoospores | |
| Fordyce A. Davidson |
| Physarum Can Compute Shortest Paths | |
| Vincenzo Bonifaci |
| Describing and quantifying the binding pathway of Histone H1 | |
| Gustavo Carrero, Carlos Contreras, Carlos Contreras, Michael J. Hendzel |
| Uncovering Nuclear Diffusion Barriers in Closed Mitosis | |
| Eder Zavala, Tatiana Marquez-Lago |
| Modeling the Directional Growth of Aggregated Archaeal Cells | |
| Viktor Milkevych, Damien Batstone |
| Substrate dependend stress fibre organisation dynamics in adult stem cells | |
| Carina Wollnik |
| On the dome formation during Zebrafish epiboly | |
| Martin Bock |
| The method of additional particles for models of self-assembly in multilevel biological systems | |
| Ivan A Denisov, Peter I Belobrov |
| The effect of plasma membrane compartmentalization on receptor assembly dynamics | |
| Andre Leier, Changjiang You, Tatiana T. Marquez-Lago, Jacob Piehler |
| Mathematical modelling of VEGF-VEGFR binding and trafficking. | |
| Maria Sawicka |
| Mathematical modeling of mechanical cell-extracellular matrix interactions | |
| Elisabeth Geraldine Rens, Roeland Merks |
| Cell-To-Cell Microfluidic Interaction Models for Tissue Biophysics | |
| Peter I Belobrov |
| Pattern Formation in a Generalized Phyllotactic System | |
| Robert Beyer |
| Mechanism of The Nanodiamond – Protein Collective Aggregation | |
| Peter I Belobrov |
| Biomechanics of tissue movements | |
| Andras Czirok |
Bio-engineering
| How can we approach reaction-diffusion systems with concentrated terms on the rough border of a thin channel? | |
| Marcone Correa Pereira |
| MODELLING THREE-DIMENSIONAL FUNGAL GROWTH: A SPATIALLY EXPLICIT LATTICE-FREE APPROACH. | |
| Guillermo Vidal Diez de Ulzurrun |
| Extracting T-lymphocyte cell dynamics in biommetic microenvironments | |
| Aysha Alsuwaid, Jeremy Teo Choon Meng, Yanthe E Pearson |
| Dynamic Flux Balance Analysis for Modeling Lactococcus lactis Mannitol Production | |
| Armando Fernandes, Rafael Costa, Paula Gaspar, Ana Neves, Susana Vinga |
| Reliability theory for the prediction of osteoarthritis | |
| Francis Woodhouse, Bruce Gardiner, David Smith |
| Information processing in biochemical reaction networks | |
| J Krishnan |
Bio-imaging
| Quantification of Arthritis Progression Using Micro-CT Data | |
| Carl-Magnus Svensson, Ingo Irmler, Bianca Hofmann, Hans Peter Saluz, Marc Thilo Figge |
| Automated multi-cell segmentation and tracking from live bioimaging datasets | |
| Yanthe E. Pearson, Jeremy Teo Choon Meng |
| The plant cytoskeleton as a transportation network | |
| David Breuer |
| Automated Characterization of Cell Tracks Based on Local Migration Behaviour | |
| Zeinab Mokhtariasl |
| Modelling cerebral vasculature based on magnetic resonance angiograms | |
| Krzysztof Psiuk-Maksymowicz |
| Model-based outliers treatment in image-based systems biology: filtering vs. noise model | |
| Sabrina Hross, Fabian Theis, Jan Hasenauer |
Minisymposia
| Some issues in modeling the atherosclerosis process | |
| Bérénice Grec, Bertrand Maury, Nicolas Meunier, Laurent Navoret, Annie RAOULT |
| Investigation of a Nucleated-Polymerization Model applied to Polyglutamine Aggregation | |
| Carola Kruse, Marie Doumic, H. Thomas Banks |
| Co-evolutionary cycles in host-parasite interactions | |
| Alex Best |
| The effect of linked selection on invasion and survival of locally beneficial mutations | |
| Simon Aeschbacher, Reinhard Buerger |
| The interplay of infectivity that decreases with virulence and limited cross-immunity: (toy) models for respiratory disease evolution | |
| Hans (J.A.J.) Metz |
| Modelling of blood flow and blood coagulation | |
| Vitaly Volpert |
| Eco-evolutionary cycles of pathogen virulence under selective predation | |
| Eva Kisdi |
| How specificity and epidemiology drive the co-evolution of static trait diversity in hosts and parasites | |
| Andy White |
| COOPERATION AND SYMBIOSIS IN BIOLOGICAL EVOLUTION: THE WAYS OF GLOBAL DISSIPATION ACCELLERATION | |
| Adam Moroz |
| Impact of extra-cranial venous anomalies on cerebral haemodynamics. Numerical study via a global model | |
| Eleuterio Francisco Toro, Lucas Omar Muller |
| Relevance of the Voronoi domain partition for position-jump reaction-diffusion processes on nonuniform rectilinear lattices | |
| Christian Adam Yates |
| Multi-resolution stochastic reaction-diffusion and fractional-diffusion methods with applications to pattern formation, brain tumor growth, and epidemics | |
| Basil Bayati |
| Demographic and genetic structuring in spatial evolutionary epidemiology | |
| Sylvain Gandon |
| Microbiology's N-body problem: How should we estimate the rate of metabolite exchange in spatially structured populations? | |
| Robert J Clegg, Rosemary J Dyson, Jan-Ulrich Kreft |
| Individualised 1D haemodynamics simulations for endovascular procedures and blood flow stimulation | |
| Sergey Simakov, Timur Gamilov, Yuri Ivanov |
| Pharmacokinetic/Viral Kinetic modeling of early viral kinetics in different Hepatitis C virus genotypes during Alisporivir monotherapy or in combination with Peg-IFN | |
| Jeremie Guedj |
| Modeling Hollow Fibers Dialyzers | |
| Angiolo Farina |
| Multiscale model for viral kinetics in patients with HCV under direct-acting antiviral therapy | |
| Dimitra Bon, Anita Kohli, Anuoluwapo Osinusi, Shyamasundaran Kottilil, Eva Herrmann |
| Three-dimentional mathematical analysis of non-Newtonian blood flow and numerical simulation of its interactions in an atherosclerotic artery | |
| Soumaya Boujena, Oualid Kafi, Nader El Khatib |
| Where signal and noise collide: qualitative effects of stochasticity on population fluctuations | |
| Karen C. Abbott |
| Spatio-temporal modelling of gene regulatory networks and intracellular signalling pathways | |
| Mark AJ Chaplain |
| Mathematical modeling of auxin transport in root meristem of pin mutants | |
| Victoria V Mironova, Fedor Kazantsev |
| Collective-Risk dilemmas and Risky Climate Game | |
| Maria Abou Chakra |
| Benchmarking analysis methods for live cell single particle tracking using simulated microscopy | |
| Martin Lindén, Johan Elf |
| Tensor-structured treatment of the chemical master equation | |
| Vladimir Kazeev |
| Tackling the construction of probability distributions arising in Bio-Chemical networks | |
| Vikram Sunkara |
| Effective tensor-based methods for the solution of high-dimensional non-stationary problems with the application to the chemical master equation | |
| Ivan Oseledets, Denis Kolesnikov |
| Modelling of platelet-fibrin clot formation in flow with a DPD-PDE method | |
| Alen Tosenberger |
| Modelling and numerical simulation of cellular molecular signaling | |
| Andrea Cangiani |
| Mathematical modelling of intracellular protein dynamics: the importance of active transport along microtubules | |
| Z. Szymanska |
| Spatial stochastic simulation of intracellular pathways | |
| A. Hellander |
| Spatio-temporal modelling of gene regulatory networks: transcription factors, negative feedback loops and oscillatory dynamics | |
| M. Sturrock |
| Dynamics of p53 in single cells: A spatio-temporal reaction-diffusion PDE model for activation and regulation of p53 | |
| Elias Jan, Luna Dimitrio, Jean Clairambault, Roberto Natalini |
| Traveling wave like solutions to a singular model of kinase-receptor interaction on a sphere | |
| Bogdan Andrzej Kazmierczak, Slawomir Bialecki |
| A mathematical model of clot growth in flowing blood | |
| Jevgenija Pavlova, Antonio Fasano, João Janela, Adélia Sequeira |
| Optimal control applications in blood flow simulations | |
| Jorge Tiago, Telma Guerra, Alberto Gambaruto, Adélia Sequeira |
| Effective Parameters in Population Genetic Models with Class Structure | |
| Arndt Telschow, Yutaka Kobayashi |
| Towards a mathematical model for the atherosclerotic plaque formation | |
| Jorge Tiago, Telma Silva, Adélia Sequeira, Rafael Santos |
| Collective cell movement | |
| Michael Plank |
| Predicting microbial community assembly | |
| William Sloan |
| Metagenomics data analysis using a latent block model: application to plant-microbial communities interactions in the rhizosphere | |
| Julie Aubert |
| Combining kinetic modeling and transcriptomic analysis to study the resilience on a model cheese reduced ecosystem | |
| Frédéric Fer, Jean-Marie Beckerich, Béatrice Laroche, Sébastien Gaucel, Julie Aubert |
| Epistasis and Natural Selection Shape the Mutational Architecture of Quantitative Traits | |
| Reinhard Bürger |
| The effects of biocontrol on cyclic pest populations and its unexpected outcomes | |
| Bret Elderd, James Reilly |
| Generalized mass action systems and positive solutions of polynomial systems with parameters | |
| Georg Regensburger |
| Ruling out Hopf bifurcations in biochemical reaction networks | |
| Casian Pantea |
| Numerical treatment of chemotaxis related heterogeneous dynamics arising in cancer invasion simulations | |
| N. Kolbe |
| Does Organismal Complexity Favor the Evolution of Diversity? | |
| Claus Rueffler |
| Patterns of Species Ranges, Speciation, and Extinction | |
| Aysegul Birand |
| The biogeography of adaptive radiations and the geographic overlap of sister species | |
| Mikael Pontarp |
| Niche conservatism through species turnover | |
| Jörgen Ripa |
| Synergy of vacuolation and cell-cell repulsion in lumen formation | |
| Sonja Boas, Roeland Merks |
| Cellular Potts Models for Cell Migration | |
| Marco Scianna |
| Multiscale techniques in cancer modelling and treatment prediction: A Compucell3D approach | |
| Gibin Powathil |
| Measuring and modeling dynamics of VEGF retention in vascular patterning | |
| Walter de Back |
| The Cellular Potts Model in the context of Cell Surface Mechanics | |
| Stan Maree |
| Image-based computational studies of shear-thinning effects in the progression of cerebral aneurysms | |
| Adelia Sequeira |
| MATHEMATICAL ANALYSIS AND NUMERICAL APPROXIMATION OF A COUPLED SYSTEM MODELING CARDIAC ELECTROMECHANICS | |
| Mostafa Bendahmane |
| Time delays in stochastic models of evolutionary games | |
| Jacek Miekisz |
| Combinatorial Aspects of Parker’s model | |
| Chris Cannings |
| The optimal foraging game | |
| Vlastimil Kivan |
| Cross-feeding as a game | |
| Torbjörn Lundh |
| Game theory and adaptation of reproductive phenology to climate change in birds with dominance hierarchies | |
| Jacob Johannsson |
| Evolutionary Exploration of the Finitely Repeated Prisoners Dilemma - The Effect of Out-of-Equilibrium Play | |
| Kristian Lindgren |
| Natural selection under limited population growth. Replicator dynamics and eco-evolutionary feedback | |
| Krzysztof Argasinski |
| Efficient data-driven simulation of infection spread in the Swedish cattle population | |
| Stefan Widgren |
| Inferring global network properties from egocentric data with applications to epidemics | |
| Tom Britton |
| Modeling animal disease spread: including several paths of disease spread in a bayesian data-driven approach | |
| Uno Wennergren |
| Interface instabilities in bacterial biofilms | |
| Laoshen Li |
| The role of quorum-sensing architecture in determining bacterial population behaviour | |
| Sara Jabbari |
| An approach for pressure-induced mathematical modeling of bacterial pattern formation | |
| Aenne Oelker |
| Mathematical modelling and numerical simulations of bacterial pattern formation in terms of a complex reaction-diffusion-system | |
| Thomas Horger, Christina Kuttler, Barbara Wohlmuth |
| Moment-dynamics models for cell biology processes | |
| Ruth Baker |
| Modeling the Dynamics of Tumor Heterogeneity | |
| Ruchira Datta |
| Dynamics of diversity in spatially evolving populations | |
| Jasmine Foo |
| Understanding the relative roles of intrinsic and extrinsic heterogeneity in glioblastoma | |
| Jill Gallaher |
| A Mathematical Exploration of the Development and Therapeutic Implications of Anti-Cancer Drug Resistance | |
| Jan Gevertz |
| Clonal evolution of human intestinal stem cell niches | |
| Marnix Jansen |
| Radiation-induced bystander signals: Role of spatial effects in radiation response | |
| Gibin Powathil |
| Quantifying the effect of spatially varying factors of resistance to radiation therapy in primary brain tumors: predictions from a patient-specific model | |
| Russell C. Rockne |
| Tracking the invisible: a probabilistic approach to field cancerization in head and neck carcinoma | |
| Marc Ryser |
| Rapid adaptation from standing variance and de novo mutation: a general deterministic approximation | |
| Guillaume Martin |
| Evolutionary rescue of a pathogen: emergence of viral drug resistance | |
| Helen Alexander |
| Modeling Distribution of Reads from Leukemic Cells DNA through Mixture of Truncated Poisson Distributions | |
| Nicolas Flores Castillo |
| Revising the specialist and generalist predation hypotheses: examples from the Arctic | |
| Frederic Barraquand, John-André Henden, Olivier Gilg, Rolf A Ims, Nigel G Yoccoz |
| Nonlinearities in continuous-space moment equation models: possible insights from Taylor expansions | |
| Frederic Barraquand, David Murrell |
| Evolutionary diversification in finite and in subdivided populations | |
| Florence Debarre |
| Low-dimensional representations of stochastic dynamics on discrete structures | |
| Thomas Allan House |
| Message passing and moment closure for Susceptible-Infectious-Removed (SIR) epidemic dynamics on networks | |
| Kieran Sharkey |
| Spatial correlations in a multi-species model | |
| Deborah C Markham |
| Models for regeneration: reconciling pattern formation and growth | |
| Hans Meinhardt |
| Stem Cells and Regeneration: Feedback, Niche, and Epigenetic Regulation | |
| Qing Nie |
| A mathematical model for cell differentiation, as an evolutionary and regulated process | |
| Fred Vermolen |
| A quantitative data-driven model of cell proliferation and cell migration in the axolotl spinal cord regeneration | |
| Osvaldo Chara |
| Effect of various doses of alisporivir alone or in combination with Peg‐IFN on the early viral kinetics: a modeling approach | |
| Jérémie Guedj, Thi Huyen Tram Nguyen, France Mentré, Micha Levi, Nikolai Naoumov, Jing Ju |
| Modelling ribavirin mode of action in a specifically designed clinical trial in patients with hepatitis C | |
| Eva Herrmann |
| Modeling HCV kinetics in vivo and in vitro indicates that the liver plays a role in HCV clearance | |
| Harel Dahari |
| Spatial spread of hepatitis C virus in vivo and in vitro – analyzing single cell dynamics | |
| Fredrik Graw, Harel Dahari, Ruy M. Ribeiro, Alan S. Perelson |
| A vRNA Structured Population Model of Hepatitis C Virus Dynamics | |
| Wojciech Krzyzanski, Xavier Woot de Trixhe, Filip De Ridder, An Vermeulen |
| Mechanism-based analysis of drug combination effects on HCV replication in Huh-7 cells | |
| Shingo Iwami |
| Size matters: Mathematical modelling of the type‐1 interferon induction | |
| Diana Clausznitzer, Lars Kaderali |
| Mathematical models of immune responses to hepatitis B virus infection | |
| Stanca Ciupe, Ruy Ribeiro, Alan Parelson |
| A predator-prey model with time delay and the Mackey-Glass attractor | |
| Gail Wolkowicz |
| Stabilizing population cycles with adaptive limiter control | |
| Frank Hilker |
| Retinal Plasticity: Mathematical modelling of positional information of sub-apical neurons | |
| GEORGIOS LOLAS |
| Effects of dispersal and plant genotype on a cyclic herbivore population | |
| Frederic Barraquand, Karen Abbott, Bret Elderd, Rebecca Tyson, Christina Cobbold |
| Stochastic processes of mutation, selection and growth in cancer: models and data | |
| Marek Kimmel, Alexandra Jilkine, Cristian Tomasetti, Thomas McDonald, Tomasz Wojdyla |
| Coupling biochemical models to physics of transport in leaf physiology | |
| Ansgar Bohmann, Andrés Chavarría-Krauser |
| Modeling of Zinc Uptake and Transport in Plant Roots | |
| Juliane Claus, Andrés Chavarría-Krauser |
| Understanding the paradoxical effects of katanin microtuble severing on the self-organisation of the plant cortical array | |
| Eva E. Deinum, Simon H. H Tindemans, Bela M. Mulder |
| Soil-Root Interactions : Observations and modeling with a specific focus on water uptake | |
| Claude Doussan |
| Modelling Root Growth with PDE. The C-root model | |
| Yves Dumont, Thierry Fourcaud, Emilie Peynaud |
| Modeling the mechanical regulation of morphogenesis in plants | |
| Christophe Godin |
| Computational Modelling of Planar Cell Polarity in the Arabidopsis Root Epidermis | |
| Bettina Greese, Markus Grebe, Henrik Jönsson |
| Understanding plant shoot development - a Computational Morphodynamics approach | |
| Henrik Jönsson |
| Density-based approaches to interface models and data in root biology | |
| Dimitris Kalogiros, Michael O. Adu, Xavier Draye, Mariya Ptashnyk, A. Glyn Bengougha, Lionel X. Dupuy |
| Image-based plant phosphate uptake modelling: a case study for root hairs using synchrotron X-ray CT imaging | |
| Sam D. Keyes, Keith R. Daly, Neil Gostling, Alan Marchant, Ian Sinclair, Tiina Roose |
| At the crossroads: how auxin biases positioning of asymmetric cell divisions in the root meristem | |
| Athanasius F M (Stan) Marée |
| Modeling a Plant Cell Wall: interactions between mechanics and biochemistry | |
| Brian Seguin, Mariya Ptashnyk |
| The effect of geometry on morphogenesis in the Arabidopsis embryo | |
| Richard S. Smith, George Bassel, Gabriella Mosca, Pierre Barbier de Reuille, Saiko Yoshida, Dolf Weijers |
| Introduction to SPP-models and description of the problem | |
| Daniel Strömbom |
| Spatial "self-propelled particle" and non-spatial "reaction-network" models explain locust swarm cohesion | |
| Christian Yates |
| Swarming at Mesoscopic Scales - The role of fluctuations | |
| Pawel Romanczuk |
| Bifurcation dynamics in models for self-organised biological aggregations | |
| Raluca Eftimie |
| Control Theory Based Approaches to Dynamic Network Analysis | |
| James Anderson |
| Ultrasensitivity and concentration robustness in bifunctional enzyme systems | |
| Ronny Straube |
| Ultrasensitivity in phosphorylation cycles with little substrate | |
| Bruno Martins, Peter S. Swain |
| Robustness of MAPK signalling at various expression levels of Erk1/2 | |
| Franziska Witzel, Raphaela Fritsche-Guenther, Anja Sieber, Ricarda Herr, Nadine Schmidt, Sandra Braun, Tilman Brummer, Christine Sers, Nil Blütghen |
| Digital Clock Modelling | |
| Ozgur E Akman |
| The sensitivity of oscillatory properties | |
| Katharina Baum, Jana Wolf |
| Encoding of stimulus intensities by sequences of Ca2+ spikes | |
| Kevin Thurley, Stephen C. Tovey, Gregor Moenke, Victora L. Prince, Abha Meena, Andrew P. Thomas, Alexander Skupin, Colin W. Taylor, Martin Falcke |
| The effect of T-cell homeostasis on solid and liquid tumors | |
| Mark Robertson-Tessi, Derek Park, Adam Mailloux, Kimberly Luddy, Pearlie Burnette, Alexander Anderson |
| A mathematical model for effect of tumor stroma on rate of metastasis formation | |
| Ardith El-Kareh, Timothy Secomb |
| Chaste: An open source C++ library for computational physiology and biology | |
| Alexander Fletcher |
| Modeling tissues using CompuCell3D | |
| Maciej Swat |
| EPISIM Platform: Graphical multi-scale modeling and simulation of multicellular systems | |
| Thomas Sütterlin |
| CellSys: Modular software for physics-based tissue modelling in 3D | |
| Tim Johann |
| Modeling animal tissues in VirtualLeaf: Towards an off-lattice Cellular `Potts’ model | |
| Roeland Merks |
| Biocellion: Accelerating multicellular biological simulation | |
| Ryan Tasseff |
| Morpheus: User-friendly modeling of multicellular systems | |
| Walter de Back |
| Modeling the cyanobacterial circadian clock | |
| Sophie De Buyl |
| Simple numerical techniques for reaction-diffusion on general geometry | |
| Colin Macdonald |
| Mathematical modelling of the plant circadian clock | |
| Mirela Domijan |
| Pattern formation in morphogenesis on evolving biological surfaces: Theory, numerics and applications | |
| Anotida Madzvamuse |
| Solving diffusion equations on evolving surfaces defined by biological images | |
| Tom Ranner |
| Multiscale modelling of cancer cell motility: a predictive model of adhesions, blebbing, and spreading | |
| Melda Tozluoğlu |
| Biological signal processing with a genetic toggle switch | |
| Georg Fritz |
| Pulse dynamics in two component, singularly perturbed reaction-diffusion equations | |
| Frits Veerman |
| Moving interface and free boundary problems that arise in the study of cell motility | |
| Chandrasekhar Venkataraman |
| Are circadian clocks limit cycle oscillators? | |
| Didier Gonze |
| Role of Noise in Multistable Dynamics of a non-adiabatic Repressilator | |
| Evgeny Volkov, Ilya Potapov, Boris Zhurov |
| Robust Concentration and Frequency Control in Oscillatory Homeostats | |
| Peter Ruoff |
| Conditions for oscillations in the NF-kB pathway | |
| Jana Wolf |
| Tensor-based parametric analysis of stochastic genetic regulatory network | |
| Shuohao Liao |
| Solution of the chemical master equation by the separation of variables and alternating optimization methods | |
| Sergey Dolgov |
| Linking adaptive dynamics to neutral variation | |
| Régis Ferrière |
| An edema‐ based model for diffuse low‐grade gliomas under radiotherapy | |
| M. Badoual |
| Investigation of the effect of phenotypic plasticity on tumor growth | |
| Katrin Boettger |
| Linear dependency between residual tumor fraction and regression probability can provide decision support after partial resection of pilocytic astrocytoma | |
| Thomas Buder |
| The influence of phenotypic switching on tumour growth rate and cell density profiles | |
| Philip Gerlee |
| Modeling dose‐painting effects in radiotherapy by means of an agent based model | |
| Juan Carlos López Alfonso |
| In‐silico glioma models: what can we take advantage for the clinical practice? | |
| Alicia Martínez‐González |
| A data‐driven calibration of a nonlinear mechanistic model for DNA damage and repair: applications to radiosurgery and heavy ion irradiation treatment for glioblastoma | |
| Russel Rockne |
| Quantifying changes in glioma biology with treatment using modeling of edema formation and clinical imaging | |
| Kristin R. Swanson |
| Cellular automaton models for collective cell behaviour | |
| Andreas Deutsch |
| Emergence of biological-like systems, e.g. Brownian motor, by reduction of effective temperature | |
| Alex Fiegel |
| How to Understand Morphogen Gradients Development during Biological Development | |
| Anatoly B. Kolomeisky |
| A Path-based Approach to Random Walks on Landscapes, with Applications to How Proteins Evolve New Function | |
| Michael Manhart |
| Emergence of criticality in living systems through adaptation and evolution: Practice Makes Critical | |
| Amos Maritan |
| Statistical mechanics of nucleosome crowding in yeast | |
| Alexandre Morozov |
| Toxin-Antitoxin Battle in Bacteria | |
| Namiko Mitarai |
| Moving at the air-water interface | |
| Elie RAPHAEL |
| Adhesion of membranes via receptor-ligand complexes: Binding cooperativity, domain formation and line tension effects | |
| Bartosz Rozycki |
| Regulating Looping in | |
| Anirvan Sengupta |
| Mechanistic models of multicellular computation | |
| David Swab |
| Spatial heterogeneity in drug concentrations can facilitate the emergence of resistance to cancer therapy | |
| Feng Fu |
| An evolutionary model of micrometastatic progression: are driver mutations in the primary tumor important? | |
| Christopher McFarland |
| Cell Trafficking Evolutionary Model for Metastatic Breast Cancer | |
| Jeffrey West |
| One-dimensional model of cytoskeleton dynamics: application to interstitial migration | |
| M.T. Sanchez |
| Molecular mechanisms underlying Xenopus retinal stem cell proliferation | |
| MURIEL PERRON |
| On the understanding of avian photoreceptor mosaics development | |
| HARALAMPOS HATZIKIROU |
| Retinal angiogenesis and vascular pathology in response to hypoxia | |
| LASSE JENSEN |
| A Combined Experimental and Numerical Study of Guidance Cues in the Developing Murine Retina | |
| STEVEN MCDOUGALL |
| The role of VEGF-C and CCR7/CCL21 in Tumor Lymphangiogenesis. | |
| GEORGIOS LOLAS |
| Mechanisms of lymphangiogenesis and metastasis | |
| Yihai Cao |
| Mathematical modeling predicts exponential growth of metastases in lymphatic vessels | |
| MIHAELA SKOBE |
| Dendritic cell chemotaxis in physiological matrices in well-defined 3D gradients reveals differential response to CCL21 vs. CCL19 | |
| Ulrike Haessler |
| Inflammatory lymphangiogenesis and identification of new lymphangiogenic mediators | |
| Cornelia Halin |
| Role of the extracellular matrix and lymphatics in fluid volume regulation | |
| Helge Wiig |
| Stochastic Modeling of Prion Protein Dynamics and Transmission in Yeast | |
| Suzanne Sindi |
| Distinguishing between mean-field, moment dynamics and stochastic descriptions of birth death movement processes | |
| Matthew Simpson |
| Clinically Relevant Mathematical Models of Cancer | |
| Alexander R.A Anderson |
| Optimization of radiation schedules for proneural gliomas via mathematical modeling | |
| Kevin Leder, Ken Pitter, Eric Hollande, Franziska Michor |
| Out with the new, in with the old | |
| David Basanta, Arturo Araujo, Color Lynch, Leah Cook, Shilpa Gupta, Jasreman Dhillon, Jong Park, Julio Pow Sang |
| Mathematical Neuro-Oncology: Translating Patient-specific Mathematical Modeling of Brain Tumors to Clinical Care | |
| Kristin Swanson |
| Within-tumour diversity as a universal biomarker of prognosis | |
| Trevor Graham |
| Evolutionary games in cancer therapy | |
| Robert Gatenby |
| Simple numerical techniques for reaction-diffusion on general geometry. | |
| Colin Mcdonald |
| Power spectra of stochastic reaction-diffusion equations on stochastically growing domains | |
| Thomas Wooley |
| A Computational Model for Eukaryotic Cell Migration and Chemotaxis | |
| John MacKenzie, R.H Insall, M Nolan |
| Pattern formation on curved surfaces: an analytical exploration | |
| Frist Veerman |
| Plasticity of cancer cell migration: Extracellular matrix derives the optimisation of blebbing, adhesions, and spreading. | |
| Melda Tozluoglu |
| Stochastic approaches for understanding the impact of antibacterial drugs on bacteria population dynamics | |
| Diana David-Rus |
| Emergence of Modularity in Biology | |
| Michael Deem |
| Thermodynamic limits on noisy cellular sensing | |
| Sorin Tanase-Nicola |
| Adhesion of membranes via receptor-ligand complexes: Binding cooperativity, domain formation and line tension effects | |
| Bartosz Ryzycki |
| Transcriptional bursting and bacterial adaptation | |
| Ovidiu Radulescu, Cathy Royer, Nathalie Declerck |
| Uncovering the Natural History of Metastatic Cancer from Autopsy Data | |
| Leonid Hanin |
| The specificity-abundance relationship in microbial communities. | |
| Mahendra Mariadassou, Samuel Pichon, Dieter Ebert |
| Energetics and evolution. | |
| T.P. Curtis, L. Øvreås, W:T Sloan |
| Metagenomic data analysis and integration in a functional population model of fiber degradation by the human intestinal microbiota. | |
| Béatrice Laroche, Marion Leclerc, Sébastien Raguideau |
| Combining kinetic modeling and transcriptomic analysis to study the resilience on a model cheese reduced ecosystem | |
| Frédéric Fer, Jean-Marie Beckerich, Sébastien Gaucel, Julie Aubert, Béatrice Laroche |
| Analysis of open chemical reaction networks governed by mass-action kinetics | |
| Bayu Jayawardhana |
| Elimination of Intermediate Species in the Stochastic Reaction Networks | |
| Daniele Cappelletti |
| Ruling out Hopf bifurcations in biochemical reaction networks | |
| Casian Pantea |
| Complex concentration coupling in chemical reaction networks | |
| Zoran Nikoloski, Jost Neigenfind |
| Graph-theoretic conditions for multistationarity for mass-conserved biochemical networks | |
| Maya Mincheva |
| Implicit dose-response curves | |
| Mercedes Pérez Millán |
| A multi-locus, haploid-selection, symmetric-viability model | |
| Jeffrey Chasnov |
| Multidimensional models of rapid adaptation to shifting environmental gradients. | |
| Frederic Guillaume |
| A two-locus model of spatially varying stabilizing or directional selection on a quantitative trait | |
| Ludwig Geroldinger |
| How can genetic interactions evolve in response to migration load? | |
| Stephen Proulx |
| Community dynamics and the evolution of dispersal | |
| Francois Massol |
| "The biogeography of adaptive radiations and the geographic overlap of sister species" | |
| Mikael Pontarp |
| Rapid adaptation from standing variance and de novo mutation: a general deterministic approximation | |
| Guillaume Martin |
| Epidemiological feedbacks aect evolutionary emergence of pathogens | |
| Matthew Harteld, Samuel Alizon |
| Insights into the evolution of drug resistance from simple models | |
| Troy Day |
| Modeling and simulation of low grade urinary bladder carcinoma | |
| Svetlana Bunimovich |
| Numerical treatment of chemotaxis related heterogeneous dynamics arising in cancer invasion simulations | |
| N. Kolbe, N. Sfakianakis, Lukacova Medvidova, N. Hellman, J. Katuchova |
| Mathematical models of cancer invasion of tissue: local and nonlocal interactions | |
| Cristian Morales Rodrigo |
| On a multiscale model involving cell contractivity and its e_ects on tumor invasion | |
| Christian Stinner |
| Computational modeling to assess guidelines, risk factors and cushions addressing sitting-acquired pressure ulcers | |
| Amit Gefen |
| Variance-reduced simulation of individual-based models for tumor growth | |
| Annelies Lejon, Giovanni Samaey |
| Mathematical modelling and numerical simulations of actin dynamics in the eukaryotic cell | |
| Anotida Madzvamuse |
| Unraveling the occurrence of fracture non-unions with a multiscale bioregulatory model | |
| Aurélie Carlier, Nick van Gastel, Geert Carmeliet, Hans Van Oosterwyck, Liesbet Geris |
| Mathematical modelling of wound infection implications to delayed wound healing | |
| Etelvina Javierre, Fred Vermolen |
| On minimizers of the bending energy of two-phase biomembranes | |
| Marco Veneroni |
| Radially Projected Finite Element Method on Evolving Surfaces | |
| Necibe Tuncer |
| Identifying Optimal Treatment Protocols for the Treatment of a Bacterial Infection in a Chronic Ischemic Wound Using Hyperbaric Oxygen Therapy | |
| Richard Schugart |
| Hybrid cell-based modeling of mechanical cell-matrix feedback during collective cell behavior | |
| Roeland M.H Merks, Ren_e F.M. van Oers, Elisabeth G. Rens |
| Efficient data-driven simulation of infection spread in the Swedish cattle population | |
| Stefan Widgren, Pavol Bauer, Stefan Engblom |
| Pathogen spread and control on the network of French cattle movements through coupling of intra- and inter-herd models | |
| Elisabeta Vergu, Pauline Ezanno, B. L. Dutta |
| "Relevance of the Voronoi domain partition for position-jump reaction-diffusion processes on nonuniform rectilinear lattices" | |
| Christian Yates |
| Mesoscopic Stochastic Modeling and the Diffusion Operator | |
| Stefan Engblom |
| Stochastic simulation of di ffusion on unstructured meshes via first exit times. | |
| Lina Meinecke |
| Modelling HIV virulence evolution in the context of immune escape | |
| Christiaan H. van Dorp, Rob J. de Boer, Michiel van Boven |
| Disentangling human tolerance and resistance against HIV | |
| Roland R. Regoes, Paul J. Mclaren, Manuel Battegay, Enos Bernasconi, Alexandra Calmy, Huldrych F. Günthard, Matthias Hoffmann, Andri Rauch, Amalio Telenti, Jacques Fellay |
| The coevolution of human antiviral protein APOBEC3G and HIV protein Vif: A theoretical study | |
| Akira Sasaki |
| Immunology and epidemiology of hepatitis C virus: plenty of data for a nested model approach. | |
| Fabio Luciani |
| Incorporating immunological dynamics in transmission models of varicella zoster virus (VZV) and cytomegalovirus (CMV) | |
| Michiel van Boven, Alies van Lier, Marjolein Korndewal, Jacco Wallinga, Hester de Melker |
| Identifying host immune factors that drive epidemic dynamics in a multi-scale model of tuberculosis | |
| Giorgio Guzzetta, Marco Ajelli, Denise Kirschner, Stefano Merle |
| Combining a within host model for immune response and waning immunity with a population level transmission model | |
| Wilfred de Graaf |
| Backward bifurcations in a model coupling within-host and between-host dynamics | |
| Zhilan Feng |
| Title | |
| Andrea Pugliese, Carmela Sinisgalli, Alberto Gandolfi |
| Investigation of a Nucleated-Polymerization Model applied to Polyglutamine Aggregation | |
| Carola Kruse, Marie Doumic-Jauffret, H.Thomas Banks |
| Mathematical Modeling of Prion Aggregate Dynamics and Transmission in Yeast | |
| Suzanne S. Sindi |
| Enzyme-Limited Nucleated Polymerization Model of Prion Aggregation | |
| Jason Karl Davis, Suzanne S. Sindi |
| Simulation of cell mechanics in a micropipette aspiration experiment using a highly detail model | |
| Paul van liedekerke, Johannes Neitsch, Bart Smeets, Tim Odenthal, Herman Ramon, Dirk Drasdo |
| Evolution of senescence in heterogeneous landscapes | |
| Olivier Cotto |
Plenary talk
| Statistics for networks with a view towards neuroscience | |
| Mathisca de Gunst |
| Dynamics and design principles in cell cycles, clocks and signals | |
| David Rand |
| Modelling the Kinetics of Protein Polymerization in Amyloid Diseases | |
| Marie Doumic |
| Estimating R_0 in emerging diseases: the effect of population structure is small | |
| Tom Britton |
| Multiple merger coalescents in population genetics | |
| Johannes Birkner |
| Counting fossils – do you really need mathematics for that? | |
| Mikael Fortelius, Stefan Geritz, Mats Gyllenberg, Jaakko Toivonen |
| Quantifying clonal evolution in the human colon | |
| Trevor A Graham |