Welcome to the q-bio Summer School and Conference!

The Eighth q-bio Conference: Poster Session II

From Q-bio
Thanks for attending The Eighth q-bio Conference
the annual conference dedicated to
advancing quantitative understanding of cellular regulation

Below are preliminary assignments of poster numbers for Session II. The assignments may change through Aug 6.

Date
Friday, August 15, 2014
Time
20:00-23:00
Place
Junior Commons Room (JCR) and Senior Commons Room (SCR)

Please make a note of your assignment and display your poster on the appropriate board, following Presenters' Instructions.

  1. Poster Spotlight 10, Andreas Mayer, Design Principles of an Optimal Adaptive Immune System
  2. Poster Spotlight 9, Gabriele Micali, Predicting chemical environments from receptor signaling
  3. Jospehus Johannes Paijmans, The interplay between the circadian clock and the cell cycle
  4. Michael Pargett, Dynamic response mapping of cell signaling effectors
  5. Mario Alberto Peña, Study of Cardiac Activity due to Variability in the Action Potential in Isolated Mice Heart, unconfirmed
  6. Giansimone Perrino, Comparative analysis of strategies for in vivo control of cellular populations, unconfirmed
  7. Julia Pian, Selection of a Ribozyme Capable of 2’,3’ Cyclic Phosphatase Activity, unconfirmed
  8. Mahendra Prajapat, Logic of Interacting Quorum Sensing Systems in Bacteria
  9. Oleg Igoshin, Slowdown of cell growth acts as the signal triggering cellular differentiation
  10. Thorsten Prustel, Coarse-Grained Stochastic Particle-based Reaction-Diffusion Simulation Algorithm, unconfirmed
  11. Samuel Ramirez, Modeling the activity spread of Rho GTPases at dendritic spines
  12. Elizabeth Read, Transition paths of genetic switches from string-based weighted ensemble sampling
  13. Poster Spotlight 11, Shlomi Reuveni, The role of substrate unbinding in Michaelis–Menten enzymatic reactions
  14. Tharathorn Rimchala, Novel stably integrated Notch fusion circuits ........, Abstract in improper format
  15. Eric Deeds, Phosphatase specificity and pathway insulation in signaling networks
  16. Michael Rust, Circadian Clocks as Information Processing Devices
  17. Emanuel Salazar-Cavazos, Studying EGFR signaling through single-molecule imaging
  18. Ori Sargsyan, A Framework Including Recombination for Analyzing the Dynamics of Within-Host HIV Genetic Diversity
  19. Yonatan Savir, Yeast as a ratio sensor: the ratio of glucose and galactose determines cell state, unconfirmed
  20. Katherine Schaumberg, Practical Properties of Biological Switches
  21. David Schwab, Zipf’s law and criticality in multivariate data without fine-tuning
  22. Josh Scurll, An adaptive, patient-specific treatment approach for EGFR-driven, stage IV lung cancer
  23. Qiuyan Shao, Mechanism of bacteriophage ëÈUr infection and post-infection decision making
  24. Poster Spotlight 12, Leili Shahriyari, Symmetric vs. Asymmetric Stem Cell Divisions
  25. Xinxian Shao, The dynamics of Population Growth of E. coli as Colonies and in Liquid Culture
  26. Robert Sheehan, Investigation of Negative Feedback in Interleukin-17 Receptor Signaling
  27. Douglas Shepherd,Identifying a genetic footprint of RBL cell activation using single-cell gene expression assays
  28. Marc Sherman, Robust extrinsic noise in the SSA1 promoter
  29. Jack Shi, Mathematical Model for the Assembly of Type III Secretion Injectisome Controlled by Timing of Substrate Switching
  30. Erin Shockley, Towards Understanding Cellular Proliferation and Death Signal Processing in Cancer
  31. Poster Spotlight 13, Vijay Singh, Information transmission by receptors correlated through ligand diffusion
  32. Thomas R. Sokolowski, Optimizing positional information encoded by noisy gene regulatory networks
  33. Mohammad Soltani, Effects of molecular sequestration on stochastic gene expression
  34. Rahul Somavanshi, Regulation of glucose transport by the phosphotransferase system (PTS) in E.coli
  35. Ryan Suderman, Rules for scaffold assembly in signaling
  36. Paulina Szymańska, Model of the Autophagy-Translation Switch
  37. Ilias Tagkopoulos, Predictive genome-scale models arising from multi-relational networks, unconfirmed
  38. Jose-Juan Tapia, RuleHub:An environment for developing and sharing rule-based models
  39. Peter Tonner, The Dynamic and Modular Transcriptome of an Extremophilic Archaean
  40. Florian Uhlitz, Using time-resolved transcriptional profiling to untangle gene regulatory dynamics in response to MAP kinase signaling
  41. Thanh Vo, Rejection-based Stochastic Simulation Algorithm for Biochemical Reaction Systems, unconfirmed
  42. Poster Spotlight 14, Noreen Walker, Gene expression noise – How much is explained by growth fluctuations?
  43. Xin Wang, Reliable cell cycle commitment in budding yeast is ensured by signal integration
  44. Alissa Weaver, Identifying analytes associated with poor prognosis in colorectal adenocarcinoma
  45. Martijn Wehrens, Do E. coli cells care about metabolic noise?
  46. Maxwell Wilson, Mechanisms of Action and Resistance of the natural product antibiotic Tropodithietic Acid
  47. Poster Spotlight 15, Roy Wollman, Accurate information transduction in dynamic biochemical signaling networks
  48. Lu Xie, Parameter Estimation for Self-Assembly via Simulation-Based Data Fitting Methods
  49. Jianhua Xing, A cascade of bistable switches controls TGF-β induced epithelial-to-mesenchymal transition
  50. Wenlong Xu, Metabolic Channeling and Spatial Effects of Bifunctional Enzymes
  51. Yi Jiang, Mucociliary Clearance Efficiency: A Numerical Study
  52. Yifan Yang, Escherichia coli chronological aging as a model to investigate common mortality patterns
  53. Poster Spotlight 16, Alon Yaniv, Spatial Effects in Cytokine Signaling Between T Cells
  54. Yuan Yuan, Systems biology research on mitochondria apoptotic pathway in mammalian cells
  55. Eugene Yurtsev, A bacterial mutualism exhibits strong oscillatory population dynamics
  56. Criseida Zamora, Spectral analysis of a synthetic genetic oscillator
  57. Linjie Zhao, Dynamics analysis of apoptosis network
  58. Jie Zhao, Mapping tumor cell sensitivity and resilience to targeted therapy from 2D to 3D