| Presenting author | Title/abstract |
|---|
| Ahmed Abdelrazec | Optimal control of West Nile virus in mosquitoes, birds, and humans with Season |
| Maira Aguiar | Rich dynamics in multi-strain models: non-linear dynamics and deterministic chaos in dengue fever epidemiology |
| Folashade Agusto | Malaria drug resistance: The impact of human movement and spatial heterogeneity |
| Jorge Alfaro-Murillo | An epidemic model with age of infection-dependent transmission rate and waning immunity |
| Jun Allard | Polymerization-driven, adhesion-mediated actin traveling waves in motile cells |
| Richard Allen | Stochastic inference of cell migration phenotypes |
| Andrew Allstadt | Interference competition and invasion: Spatial structure, novel weapons, and resistance zones |
| Nina Alphey | Genetic vector control strategies to reduce the burden of mosquito-borne diseases |
| Alexander Anderson | An Integrative Approach to Cancer (plenary) |
| Melissa Anthony | Spatial Autocorrelation in Species Distribution Models: Simultaneous Incorporation of Multiple Scales of Influence Using a Bayesian Framework (poster) |
| Paul Armsworth | Modeling a time-area closure as a tool for managing U.S. tuna fisheries |
| Erika Asano | Optimal reproductive strategy for the fire ant (Solenopsis invicta) over multiple seasons |
| Austin Baird | Pumping mechanism of the tubular sea squirt heart |
| H. T. Banks | Experimental design for vector output systems |
| Lorena Barba | Protein electrostatics on a desktop using GPU hardware and multipole algorithms |
| Jaydeep Bardhan | Future-proofing fast electrostatic models for the era of massive parallelism |
| David Basanta | *Studying evolution in prostate cancer with agent based modeling |
| Andrew Bate | Rabbits killing birds: Hypopredation and limitations of hyperpredation |
| Basil Bayati | On the influence of high-order nonlinear fluctuations in the multivariate SIR master equation |
| Banu Baydil | Data-driven computational modeling of breast tumor aggressiveness |
| Catherine Beauchemin | Flu, where are you? |
| Stefan Becker | A mathematical model to simulate the progression and treatment of brian metastasis |
| James Benson | Optimal control of a class of PDE and state constrained bio-mass transport problems |
| Michael Berglund | Computational Method for Identifying Space Polygons (poster) |
| Samit Bhattacharyya | RSV and HPIV: do they interact? (poster) |
| Lydia Bilinsky | Slow passage through a Hopf bifurcation in spatially extended excitable systems: Some examples from neuroscience |
| Martin Bock | On crawling human epidermal keratinocytes |
| Erin Bodine | First-year biomathematics: Considerations, possible frameworks, and resources |
| Sarah Bogen | Agent-based mathematical model for Johne's disease epidemiology and economy (poster) |
| Ashfaque Bokhari | Tumor growth and its monitoring (poster) |
| Vrushali Bokil | Stochastic models for compteing species with a shared pathogen |
| Rebecca Borchering | A Simple Spatiotemporal Rabies Model for Skunk and Bat Interaction in Northeast Texas (poster) |
| David Bortz | Accurate experimental design and model selection computations |
| Beth Bradley | The Search for a Dengue Reservoir in the Aedes Mosquito Population (poster) |
| Nick Britton | Interspecific kleptoparasitism |
| Cameron Browne | Modeling HIV dynamics under periodic combination drug therapy |
| Alexander Bucksch | Canopy network reconstruction from point cloud data |
| Liam Callaghan | Modelling plant-pollinator interactions with mixtures of linkage rules |
| Hannah Callender | Challenges and opportunities for assessment in first semester biocalculus |
| Jason Cantarella | A new model for ring polymers with some exact solutions |
| Dalton Chaffee | The Evolution of Imprinting (poster) |
| Arnaud Chauviere | From normal mammary gland development to breast tumor growth: Step-by-step development of a multiscale modeling approach |
| Xiaolin Cheng | Fast electrostatic calculation in molecular simulation |
| Duan Chen | Multiscale and multiphysics modeling and simulation of proton transport through membrane proteins |
| Frederick Chen | Behavioral responses to epidemics in an online experiment |
| Lauren Childs | Quantifying strain dynamics of CRISPR-induced host-viral coevolution: Sweeps and coalitions |
| Rebecca Chisholm | Building a morphogen gradient without diffusion in a growing tissue |
| Ching-Shan Chou | Mathematical modeling of cell morphological change induced by pheromone gradient in yeast |
| Yao-Li Chuang | Adapting a tumor growth model to an evolving domain using a diffuse-domain approach |
| Maciej Chudek | How exploitation luanched human cooperation: A model of negative indirect reciprocity |
| Stanca Ciupe | The role of e-antigen in immunological tolerance and activation during HBV infection |
| James Clarke | Modelling the short-term dynamic impact and implications of control strategies for Chlamydia trachomatis |
| Christina Cobbold | From diffusion models to patch models using mean occupancy time |
| Sarah Collier | Modeling the evolution of sexual imprinting (poster) |
| Shannon Collinson | The effects of media on influenza infection: An agent-based Monte Carlo simulation |
| Timothy Comar | From biocalculus to undergraduate research |
| Timothy Comar | Bifurcations in differential equations models for gene regulatory networks |
| Jessica M. Conway | Stochastic model of HIV prevention using anti-retroviral drugs |
| Michael Cortez | Comparing the eco-coevolutionary dynamics and the eco-evolutionary dynamics of predator-prey systems using fast-slow dynamical systems theory |
| Elizabeth Councill | A comparative theoretical study of age-structured fish subpopulations |
| Elena Crosley | Modeling Salmonella transmission in swine (poster) |
| Eric Cytrynbaum | Mechanical modeling of bacterial cell division and the FtsZ ring |
| Donghai Dai | The origin and mathematical characterization of cancer stem cells based on computer simulated tumor development in uterine epithelium |
| Abhiram Das | SoLID – An Online Community Database of Leaf Images (poster) |
| Fordyce Davidson | Selective heterogeneity in exoprotease production by Bacilus subtilis |
| Adriana Dawes | Spatial localization of Par proteins in the early C. elegans embryo |
| Judy Day | The role of T-cells in hemorrhagic shock |
| Troy Day | Computability, Gödel's Incompleteness Theorem, and an inherent limit on the predictability of evolution (plenary) |
| Sandra Delgadillo | A numerical study of the evolution of an aggressive heterogeneous tumor with different chemotherapy treatments (poster) |
| Edgar Delgado-Eckert | Epistasis on networks: Genetic interactions and network reliability |
| Jeff Denny | A yeast competition lab for teaching mathematical biology |
| James Dillon | Modeling protein translation and genome evolution (poster) |
| Hana Dobrovolny | Characterizing monotherapy and combination therapy of influenza |
| Tyler Drake | A model of fission-yeast cell shape driven by membrane-bound growth factors |
| Brian Drawert | Polarized stochastic amplification during mating in Saccharomyces cerevisiae |
| Carolyn Drobak | Modeling the Hypothalamic Pituitary Adrenal Axis System for Dexamethasone Treatment (poster) |
| Vanja Dukic | Bayesian modeling of smoking exposure during pregnancy |
| Christine Dumoulin | Modeling Spatial Information Transfer Across Trophic Levels (poster) |
| Huijing Du | Bacterium Pseudomonas aeruginosa propagates as a ring to result in efficient colonization of surfaces |
| Yimin Du | The basic in-host model for tuberculosis (TB) |
| Tripti Dutta | Variability in HIV infection in-host: A Monte Carlo Markov chain model |
| Hermann J. Eberl | Cross diffusion models of biofilm |
| Hermann J. Eberl | On honeybees, varroa destructor, and deadly diseases: A mathematical approach |
| Heiko Enderling | The promoting role of a tumor-secreted chemorepellent in self-metastatic tumor progression |
| Roger Fan | Modeling the Electrophysiology of Jellyfish Using the FitzHugh-Nagumo Equations (poster) |
| Paula Federico | Optimal control in individual based models: Implications from aggregated methods |
| Kimberly Fessel | The nonlinear effects of electromotility in the inner ear |
| Edward Flach | Evolutionary model gives strategy for targeted cancer therapies |
| Nicholas Flann | BioCellion: A high-performance computing framework for multiscale modeling and simulation of multicellular biological systems |
| Cesar O. Flores | Phage-bacteria interaction networks: From nestedness to modularity |
| Jonathan Forde | Mathematical mdoels of the role of immune exhaustion in Hepatitis B and delta coinfection |
| Rachel Fovargue | Managing Reef Fish under Stochastic Dispersal Conditions (poster) |
| John Fricks | Microtubule-based transport by multiple identical molecular motors |
| Brendan Fry | Simulation of metabolic flow regulation by wall-derived and red-blood-cell-derived mechanisms: Responses to hemodilution |
| Jan Fuhrmann | Emerging polymerization fronts in a minimal cytoskeleton model |
| Jonah Galeota-Sprung | Exploring Emergent Behavior in Oscillatory Systems Using Agent-Based Modeling (poster) |
| Connor Gallagher | Dynamical Model of Pollen Tube Tip Geometry (poster) |
| Jill Gallaher | Bridging scales: Combining population statistics with tissue dynamics to link primary and metastatic disease |
| Xuefeng Gao | The role of cancer stem cells in radiation response of glioblastoma multiforme |
| Weihua Geng | Treecode-accelerated boundary integral Poisson-Boltzmann solver |
| Estee George | Modeling Butanol Production by Clostridium beijerinckii (poster) |
| Suma Ghosh | Effect of immunological defense against vector on disease transmission in bird malaria |
| Michael Gilchrist | Using mathematical models of ribosome movement and allele fixation to extract information on protein translation from genomic datasets |
| Antonio Golubski | Food web effects of different types of interaction modifications |
| Mauricio Gonzalez-Forero | Evolution of advanced eusociality via maternal manipulation |
| Oscar Gonzalez | A rigid-base model for DNA structure prediction |
| Luis Alejandro Mahecha Gonzalez | Effects of noise gene expression on background and cooperator-defector fitness. (poster) |
| Michael Grabe | Membrane bending is critical for the stability of voltage sensor segments in the membrane |
| Matthew Graham | Dynamics of stochastic epidemics on heterogeneous networks: Variance of an epidemic during early growth period |
| Bradford Greening | Infectious disease and families: The effect of long-term social affiliations on the evolution of social complexity in the face of epidemics |
| Meredith Greer | Life cycle dynamics of Gloeotrichia echinulata and connections to nutrient cycling |
| Frances Hall | Harnessing the arsenal of nature: developing natural pesticides (poster) |
| Jason Hammond | Modeling and simulation of biofilm fragmentation in fluid flow |
| Johanna Hansen | Coinfection, competitive-release and the evolution of resistance: A mathematical analysis |
| Niklas Hartung | Metastatic growth in vivo and in silico (poster) |
| Cameron Harvey | Myxococcus xanthus cluster dynamics |
| Elysia Hassen | Comparing the Impact of imposing the Allee Effect on the Predator versus Prey Populations in a Discrete Time Model (poster) |
| Alan Hastings | Simple approaches to dealing with resource pulses: Consequences for persistence and dynamics |
| Jane Heffernan | The effects of pre-existing immunity in seasonal influenza |
| Randy Heiland | Introduction to modeling and computational neuroscience using Python |
| Christine Heitsch | Introducing secondary structure profiling for small RNAs |
| Angelean Hendrix | Mass action kinetics applied to ODE models of the pituitary-ovarian axis: Multiple stable periodic solutions simulate normal and acyclic clinical observations |
| Kelly Hennessey | Modeling early evolution of human immunodeficiency virus (poster) |
| Sarah Hews | Using biological research articles throughout the first-year mathematics curriculum |
| Franziska Hinkelmann | Optimal control on polynomial dynamical systems expedited by use of algebraic geometry |
| Bill Holmes | Regulatory control of response thresholds in polarizing cells |
| Thomas House | Contagion in a clustered context |
| Dan Hrozencik | Comparison of Boolean and continuous models for gene regulatory networks |
| Xi Huo | An age-dependent population model with contact tracing in epidemic diseases |
| Liliana Ironi | Qualitative simulation of the nonlinear dynamics of gene regulatory networks |
| Koichi Ito | Effect of functional form of interaction on evolution of cooperation (poster) |
| Karly Jacobsen | A host-vector model for citrus greening with roguing: Persistence, transients, and other behavior |
| Henriette Jager | Thinking outside the channel to design optimal flow regimes that favor salmon populations and energy production |
| Jozsi Jalics | Effects of Tachykinin Receptor Activation on Prefrontal Cortex Neuronal Activity (poster) |
| Wonju Jeon | Theoretical Study of Algal Bloom Dynamics with Akinete Formation and Germination (poster) |
| Srividhya Jeyaraman | Boundary formation in developing tissues - a mathematical model for the inter-cellular inductive Notch signaling |
| Dwueng-Chwuan Jhwueng | Modeling stabilizing selection: expanding the Ornstein–Uhlenbeck model of adaptive evolution (poster) |
| Yi Jiang | Sprouting angiogenesis: An integrated experimental and multiscale modeling study |
| Alexandra Jilkine | Discriminating between models of neutrophil polarity through cell severing and perturbations of cell geometry |
| Alexandra Jilkine | Mathematical Modelling of Mutation Initiation and Acquisition in Stem Cell Driven Cancers (poster) |
| Hem Joshi | Treatment for the human immunodeficiency virus (HIV) using highly active antiretroviral theory |
| Luis Jover | Mechanisms for coexistence in host-phage systems with nested interaction networks |
| John Jungck | Crowdsourcing curriculum development in mathematical biology education |
| Winfried Just | Boolean vs. ODE models of gene regulatory and other systems |
| Oualid Kafi | Numerical simulation of blood-wall and blood-plaque interaction in stenosed artery using FSI modelling |
| Damian Kajunguri | Cost-effectiveness analysis of tsetse and Trypanosoma brucei rhodesiense control through application of insecticides on cattle |
| Andrew Kanarek | Individual-based modeling and the consequences of Allee effects |
| Irina Kareva | Competition driven cancer immunoediting |
| Caner Kazanci | Flux: A new building block for ecological networks |
| Michael Kelly | The impact of spatial arrangements on intervention strategies in epidemic models |
| Evgeniy Khain | Collective behavior of brain tumor cells: The role of hypoxia |
| Nader El Khatib | A mathematical model for the cell membrane deformation |
| Eunjung Kim | Senescent fibroblasts: Passive players or deliberate drivers of melanoma initiation and progression |
| Jae Kyoung Kim | On the existence and uniqueness of biological clock models matching experimental data |
| Munju Kim | The role of intracellular mechanical factors in microtubule bundling |
| Yangjin Kim | The role of biomechanics in the breast cancer cell migration: A mathematical model |
| Hristo Kojouharov | Research-oriented education at the intersection of biology and mathematics: The undergraduate training in theoretical ecology research (UTTER) program (poster) |
| Michio Kondoh | Akira Okubo Prize Talk: Ecological complexity and biodiversity maintenance (plenary) |
| Adam Koss | Interspecific competition for algal resources alters disease dynamics in Daphnia (poster) |
| Roberto Ku | Nonlinear Juvenile Predation Population Dynamics (poster) |
| Alicia Prieto Langarica | From discrete to continuous models of cell movement: An application to medical implants |
| Glenn Ledder | An optimization model that links masting to seed herbivory |
| Glenn Ledder | Using Virtual Laboratories to Teach Mathematical Modeling |
| Tae Lee | Quantifying the interaction between neighboring gene circuits in Saccharomyces cerevisiae |
| Maria Leite | Stationary distributions of semistochastic processes with disturbances at random times and with random severity |
| Maud Lelu | When should a trophically and vertically transmitted parasite manipulate its intermediate host? The case of Toxoplasma gondii |
| Suzanne Lenhart | A beginning mathematics course to train the new biologists |
| Herb Levine | Models of moving cell morphologies |
| Sivan Leviyang | Computational approaches to the population genetics of early HIV infection |
| Doron Levy | Mathematical models for tumor-immune interactions and their applications |
| Aaron Lim | HTLV-I infection: A dynamic struggle between viral persistence and host immunity |
| Rong Li | Mechanism of cell polarization in budding yeast |
| Shuwang Li | Dynamics of a vesicle in viscous fluids |
| Chun Liu | Energetic variational approaches in the modeling of ionic solutions and ion channels |
| Yijun Lou | Cost-effectiveness evaluation of vaccination programs against sexually transmitted diseases for different sexes |
| Sarah Lukens | Ensemble modeling of symptoms to human immune response of Influenza A virus infection |
| Dori Luli | A neuronal network model of Drosophila antennal lobe |
| Siding Luo | Deterministic and stochastic density-dependent population process in chemostat model |
| Wes Maciejewski | The role of vertex degree in evolution on graphs |
| Paul Macklin | Integration of pathology, radiology, and in vitro data in patient-calibrated cancer simulations: Recent advances and future outlook for ductal carcinoma in situ (DCIS) |
| Bruce MacLennan | Mathematical principles of morphogenesis applied to nanoscale self-assembly |
| Gesham Magombedze | Assessment of Th1/Th2 immune response paradigm in Mycobacterium avium subspecies paratuberculosis infections |
| Joseph Mahaffy | Computer labs for calculus in the life sciences with WeBWorK |
| Carrie Manore | Lee Segel Prize for best student paper: Spatiotemporal Model of Barley and Cereal Yellow Dwarf Virus (plenary) |
| Carrie Manore | Modeling inter-epidemic persistence of Rift Valley fever in Kruger National Park's African buffalo |
| Deborah Markham | Multiscale Models of Somatic Evolution in Ductal Carcinomas (poster) |
| Maia Martcheva | Avian influenza: Modeling and implications for control |
| Marco Martinez | Optimal control of the gypsy moth populations |
| Maria Rodriguez Martinez | Quantitative modeling of the terminal differentiation of B cells and mechanisms of lymphomagenesis |
| Tyler Massaro | Mathematical modeling for cost analysis of EVELISA-based Johne's Disease control |
| Majid Masso | Atomic four-body statistical potential for macromolecular structure analysis |
| Nicole Mayo | A statistical analysis of the impact of behavior on the transmission of Mycobacterium tuberculosis infection and the development of drug-resistant strains |
| Maeve McCarthy | Modeling facultative paedomorphosis in Arizona Tiger Salamanders |
| Nathan McClure | Is slowing evolution a more effective means of managing antimicrobial resistance than enhancing drug development? |
| Jessica McGillen | A generalized continuum model of tumor acidity and invasion |
| John McKay | Measles vaccine refusal and its effects on communities |
| Christopher Finn McQuaid | Co-evolution of resource trade-offs driving nestedness in host-parasite networks |
| Shawn Means | Mitochondrial Calcium Handling and the Interstitial Cells of Cajal (poster) |
| Lauren Ancel Meyers | Tracking and curbing the next pandemic (plenary) |
| Matt Michel | Simulations of phenotype-environment associations and their application to forecasting the adapatbility of populations to environmental change |
| Jason Miller | Highs and lows of an interdepartmental undergraduate MathBio program |
| Christopher Mitchell | Death of the bees: A mathematical model of colony collapse disorder in Apis mellifera |
| Julie Mitchell | Knowledge-based structural approaches for predicting hot spots of protein binding and allostery |
| Gabriel Mitchell | A Statistical Analysis of Ecosystem Stability from Local and Global Interaction Structure (poster) |
| Qi Mi | Agent-based models of wound healing |
| Alexander Moore | Arrow Diagrams Arising from a Synthetic Biology Investigation (poster) |
| Yoichiro Mori | Pump-leak models of cell volume and electrolyte control |
| Anna Mummert | Studying the recovery algorithm for the time-dependent transmission rate(s) in epidemic models |
| Mary Myerscough | Honeybee demography: The effects of food and brood |
| Robyn Nadolny | Quantitative vector ecology: Modeling tick-borne disease risk in an ecological context |
| Toshiyuki Namba | Effects of apex consumers cascade dynamically across trophic levels |
| Rachael M. Neilan | Optimal management controls for maximizing the recovery of an endangered fish species |
| Calistus Ngonghala | Mosquito demography and nourishment habits can account for observed patterns in malaria transmission |
| Phuong Nguyen | Reaction-Diffusion Models of Compartmentalization of Steroid Synthesis (poster) |
| Jeffrey Nichols | Modeling the spread of white-nose syndrome, an emerging disease of bats |
| Daniel Nichol | Changing the landscape: Can we use drugs to steer evolution away from resistant phenotypes? |
| Ben Nolting | A spatially explicit analogue of Charnov's marginal value theorem |
| Jacob Norton | Understanding Blood Pressure Regulation through Mathematical Modeling (poster) |
| Maria Clara Nucci | Symmetries, conservation laws, Lagrangians, and...quantization of biological systems? |
| Eric Numfor | Optimal control applied to immuno-epidemiological models |
| Matt Oremland | Applying heuristic algorithms to optimization problems concerning agent-based models |
| Karen Page | The AC-DC motif - a circuit which allows cells to respond to morphogen signaling in the vertebrate neural tube |
| Jennifer Pascal | Mathematical modeling of multi-species motor-cargo transport |
| Alex Perkins | Sources and scales of heterogeneous mosquito-borne pathogen transmission |
| Matthew Pierson | Mathematical Modeling of Growth and Selenium Metabolism of S. maltophilia O2 (poster) |
| Mykola Pinkevych | Modeling the mechanisms of naturally acquired immunity to malaria |
| Travis Porco | When does overuse of antibiotics become a tragedy of the commons? |
| Stephanie Portet | Dynamics of length distributions of in vitro intermediate filaments |
| Andrea Pugliese | Exclusion and spatial segregation in the apparent competition between two hosts sharing macroparasites |
| Hong Qin | Emergence of cellular aging from a gene network model |
| Ami Radunskaya | Dendritic cell vaccines for cancer: A mathematical description |
| Rosalyn Rael | Dynamics and evolution of complex food webs networks |
| Zoi Rapti | A mathematical model of Daphnia epidemics: How resources and competitors alter the disease dynamics |
| Robert Reiner | Reciprocal movements drive heterogeneity in pathogen transmission |
| Katarzyna Rejniak | Investigating the role of tumor tissue architecture in chemotherapy: From tumor histopathology ot drug efficacy |
| Tim Reluga | The Endogenation of Immunization |
| Alan Rendall | Mathematics of the NFAT signalling pathway |
| Angela Reynolds | The dynamics of wound healing with elevated cortisol levels |
| Angela Reynolds | A Subsystem Approach to Understanding the Inflammatory Response in a Wound (poster) |
| Mark Robertson-Tessi | The role of metabolic heterogeneity and microenvironmental selection in tumor growth and treatment |
| Michael Robert | A mathematical model for assessing the reduce and replace strategy for combating dengue transmission by Aedes aegypti |
| Michael Robert | invited talk for minisymposium on Epidemiology of Multi-host Pathogens: Math and Biology Perspectives, title/abstract unavailable |
| Ignacio Rodriguez-Brenes | Evolutionary dynamics of feedback escape and the development of stem-cell-driven cancers |
| Lisa Rogers | A mathematical model of the sleep/wake regulatory system |
| Nicholas Rohacz | Continuous Time Markov Chain Models of Gene Regulatory Networks under the Environmental Stress of Cold Shock in Saccharomyces cerevisiae (poster) |
| Robert Rovetti | Characterizing the behavior of a probabilistic lattice model of cardiac calcium release under different spacial and geometric conditions |
| Carly Rozins | Forest Stability Analysis Through Percolation Theory and Mycorrhizal Networks (poster) |
| Dan Ryan | A cross-diffusion model for avoidance behavior in an intraguild predation community |
| Rene Salinas | Using an individual-based model to study the spread of pseudo-rabies virus in feral hogs in Great Smoky Mountains National Park |
| Ori Sargsyan | Analytical framework for identifying and differentiating recent hitchhiking and severe bottleneck effects from multi-locus DNA sequence data |
| Natasha Savage | Where to draw one's theoretical boundary: One system, one data set, two published models, two opposing conclusions |
| Steffen Schaper | Predicting and preventing evolution from the knowledge of neutral spaces |
| Tina Anne Schuetz | A mathematical multiscale model of the role of microRNA-451 in glioblastoma growth |
| Richard Schugart | Using a mathematical model to analyze the treatment of a wound infection with oxygen therapy |
| Elissa Schwartz | Understanding viral escape from the cellular immune response using computational modeling |
| Jacob Scott | Nature vs. nurture in cancer initiation in hierarchical cell populations: A computational model |
| Rebecca Segal | Overview of modeling techniques for wound healing |
Nikolaos Sfakianakis
Dietmar Oelz | A finite element method for the simulation of the lamellipodium of living cells
Modelling contractility and antiparallel flows in actomyosin bundles |
| Muhammad Shamim | A Comprehensive Framework for Modeling Intestinal Smooth Muscle Cell Contraction with Applications to Intestinal Edema (poster) |
| Shimantika Sharma | G-DES: An Efficient Software For Microbial Gene-Level Diversity Estimation (poster) |
| Yingyun Shen | Use of lifespan-shortening Wolbachia to control dengue fever: Demographic factors |
| Katrina Sherbina | Dynamical Systems Modeling of the Cold Shock Response in Saccharomyces cerevisiae (poster) |
| Blerta Shtylla | Stochastic modeling of bacterial chromosome segregation |
| Michael Simpson | Footprints in the Noise (plenary) |
| Daniel Sindelar | Modeling Mass Transport During Cell Cryopreservation and Determining Parameters for Cellular Lysis Upon Thawing (poster) |
| Brajendra Singh | Sequential modeling of the effects of mass drug treatments on Anopheline-mediated lymphatic filariasis infection in Papua New Guinea |
| Sarthok Sircar | Spatially inhomogeneous bacterial clusters in weak shear flow |
| Robert Smith? | A mathematical model of Bieber Fever: The most infectious disease of our time? |
| Blake Stevison | Stoichiometry Driven Patch Foraging: A Nutrient Explicit Dynamic State-Variable Model (poster) |
| Adam Stinchcombe | Randomness in the expression of genes |
| Magdalena Stolarska | Mathematical models of mechanical aspects of cell motility and cell-substrate interaction |
| Shaun Strohm | Mathematical Model for Mountain Pine Beetle Spread and Impacts of Park Management Strategies (poster) |
| Wanda Strychalski | Computational explorations of cellular blebbing |
| Jillian Stupiansky | An introduction to citrus greening and a host-vector model with roguing |
| Rangarajan Sudarsan | Effect of biofilm deformation on detachment, mass transfer, and growth |
| Adam Sullivan | Size structured model for tissue cyst growth of Toxoplasma gondii |
| M. Shel Swenson | Towards an understanding of SHAPE-directed RNA structure prediction accuracy |
| Daisuke Takahashi | Intermittent transitions between rich and poor communities in evolutionarily constructed food webs |
| Bradford Taylor | Not all Parameters Matter: Local and Global Sensitivity Analysis applied to Phage Lambda Lysis/Lysogeny Models (poster) |
| Silogini Thanarajah | The role of motility and nutrients in bacterial competition and colony formation |
| Xavier Thibert-Plante | Modeling quantitative genetics: How to be genetically explicit |
| Leifur Thorbergsson | Control theoretic methods for experimental design in partially observed Markov decision process |
| Alina Toma | Mathematical Modeling of Tumor Dynamics and Radiotherapy for Early Glioma |
| Claire Tomlin | Insights gained from mathematical modeling of HER2 positive breast cancer (plenary) |
| Gregory Toole | Modeling cortical folding with a growing domain turing system |
| Denis Tsygankov | Structural basis for dynein motor domain coordination |
| Rebecca Tyson | A diffusion-based movement model with two movement modes: Bee-mediated pollen movement |
| Arpita Upadhyaya | Actin-driven membrane waves during lymphocyte activation |
| James Vance | Sensitivity analysis of a three-species non-linear response omnivory model |
| Scott Van Epps | Modeling adhesion of bacteria to artificial surfaces under flowing conditions |
| Ben Vaughan | A mathematical model of the influence of hydrodynamics on quorum sensing in bacterial biofilms |
| Vanessa Venturi | A computational biology approach predicts that NKT and MAIT invariant TCRα sequences can be produced efficiently by VJ gene recombination |
| Gregory Vogel | Multi-type Branching Process Model of CD4+ Memory T cell differentiation |
| Tina Vu | Quorum sensing interaction and the effect of antibiotic on the dynamics of two types of bacteria |
| Dorothy Wallace | Modeling predator-prey equations for Ambystoma tigrinum in the presence of phenotypic plasticity |
| Qixuan Wang | 2D swimming at low Reynolds number |
| Xueying Wang | A stochastic model for transmission, extinction and outbreak of Escherichia coli O157:H7 in cattle as affected by ambient temperature and pathogen cleaning practices |
| Xujing Wang | The role of glucose-dependent mobilization and priming of insulin granules in the biphasic insulin secretion |
| John Ward | Continuum model descriptions of bacterial biofilms |
| Talitha Washington | Designing a research-based mathematical biology course |
| Guowei Wei | Variational multiscale models for ion channel transport |
| Nathan Weinstein | A Computational Model of the Network that Controls Fate Determination and Cell Fusion in the Vulval Precursor Cells of Caenorhabditis elegans |
| Joshua Weitz | A neutral theory of genome evolution and the frequency distribution of genes |
| Chad Wells | The impact of personal experiences with infection and vaccination on behaviour-incidence dynamics of seasonal influenza |
| Marleen Werkman | Investigating the effectiveness of regionalized movement bans for the control of foot and mouth disease in the UK |
| Benjamin Werner | Resistance development to molecular targeted treatment strategies |
| Diana White | A mathematical model for pattern formation of microtubules in the presence of motor proteins |
| K. A. Jane White | Understanding the impact of vaccination strategy: HPV as a case study |
| Kathleen Wilkie | Immune modulation of tumor growth through inflammation and predation |
| Bridget Wilson | Ovarian tumor attachment, invasion and vascularization reflect unique microenvironments in the peritoneum: Insights from intravital imaging and mathematical modeling |
| Jeremy Wojdak | SUMS4BIO – Increasing quantitative sophistication across the undergraduate biology curriculum: horizontal and vertical integration across courses. (poster) |
| Lani Wu | Evolving cross-talk in the neutrophil polarity network |
| Stephanie Wu | Bugs, babies, and breast milk: A mathematical model |
| Jianhua Xing | Coupling between switching regulation and torque generation in bacterial flagellar motor |
| Zhiliang Xu | Multiscale Model of Platelet Aggregation |
| Mohammed Yahdi | Modeling the Effect of Diversity in Host Plant-Herbivore-Predator Interactions (poster) |
| Atsushi Yamauchi | Optimal reaction norm for varying environmental states |
| Yiding Yang | Kinetics of CD8+ T Cell Responses during Primary HIV-1 Infection (poster) |
| Guangming Yao | Meshless solutions to PDE model for calcium signaling in ventricular myocytes |
| Tau-Mu Yi | Systems biology of G-protein sensing and response during cell polarity |
| Jin Yu | Ratcheting polymerase through DNA with small translocation energy bias |
| Jize Zhang | Modeling of Measles Epidemics By Realistic Age-Structured (RAS) Approach and Examining the Effects of Vaccination Through Individual-based Modeling (poster) |
| Ruijun Zhao | A mathematical model of schistosomiasis with control strategies |
| Shan Zhao | Fast simulations of pseudo-time coupled nonlinear biomolecular solvation systems |
| Xiaopeng Zhao | Agent-based modeling and approximation for Toxoplasma gondii transmission dynamics in a virtual farm |
| Xiaopeng Zhao | A Mathematical Model for Within-host Toxoplasma gondii Invasion Dynamics (poster) |
| Ying Zhou | Dispersal limits and climate-driven range shifts: An integrodifference equation perspective |
| Yongcheng Zhou | Electrodiffusion of lipids on membrane surfaces |
| Pavel Zhuravlev | Theory of acitve transport in filopodia and stereocilia |
