Plenary Speakers

  • Frederick Blattner, USA
    From genomes to designed genomes: The E. coli reduction experience.
  • Lonnie O. Ingram, USA
    Engineering E. coli for fuels and chemicals.
  • Sun Chang Kim :
    Minimal life and A bioengine.
  • Bernhard Palsson, USA
    The genetic basis for adaptation of E. coli to new growth environments.
  • Matthias Reuss, Germany
    Dynamic modeling of Escherichia coli-challenges in integrating metabolic and regulatory networks.
  • Fernando Sanchez-Riera, USA
    Escherichia coli as a host for the production of industrial chemicals.
  • Masaru Tomita, Japan
    Dynamic modeling of Escherichia coli central carbon metabolism based on multi-omics data

 

    Invited Speakers

  • Francois Baneyx, USA
    Hsp31, a general stress chaperone of E. coli
  • George N. Bennett, USA
    Analysis of oxidative and fermentative pathways in mutant E. coli and application to succinate production.
  • Stephen Busby, UK
    Organization of complex E. coli promoters.
  • Hyonyong Chong, Korea
    Systems biology of Zymomonas mobilis ZM4.
  • Julio Collado-Vides, Mexico
    The regulatory network of E. coli: In silico representation and analyses.
  • Miroslaw Cygler, Canada
    A medium-throughput structural proteomics approach applied to the genome of Escherichia coli.
  • Michael J. Ellison, Canada
    Modeling cell function by discrete automata: simple rules for complex behavior.
  • Michael Y. Galperin, USA
    Signal transduction in E. coli: Insights from comparative genomics.
  • George Georgiou :
    Synthetic biology approaches to redox homeostasis and oxidative protein folding in bacteria.
  • Igor Goryanin, UK
    Towards whole cell E.coli mdlelling.
  • Vassily Hatzimanikatis, USA
    Hierarchical control analysis of the central carbon metabolism of E. Coli.
  • Michael Hucka, USA
    Evolving standards and infrastructure for systems biology : SBML, SBGN, and BioModels.net.
  • Ki Jun Jeong, USA
    Toward proteomic study in bacteria : Applications of anchored periplasmic expression (APEx) system.
  • Hyun Ah Kang, Korea,
    Transcriptome analysis of regulatory circuits of Hansenula polymorpha in response to carbon and sulfur starvation.
  • Peter Karp, USA
    The multiple scientific disciplines served by EcoCyc.
  • Jay Keasling, USA
    Production of the anti-malarial drug artemisinin in     E. coli.
  • Jihyun F. Kim, Korea
    Integrated genomics platform for Escherichia coli B.
  • Soo-Ki Kim, Korea
    Diverse roles of PhoBR two-component regulatory system in gram-negative bacteria.
  • Hiroaki Kitano, Japan
    Biological robustness.
  • Oh Suk Kwon, Korea
    Redox dependent signal transduction by the Arc two-component system.
  • Sang Yup Lee, Korea
    Korean microbial systems biology and biotechnology.
  • Richard E. Lenski, USA
    Phenotypic and genetic evolution during a long-term experiment with Escherichia coli.
  • Sue Lin-Chao, Taiwan
    Ribosomal protein regulation of mRNA stability by interfering with RNase E.
  • Costas D. Maranas, USA
    Computational analysis and redesign of biological networks.
  • Satoru Miyano, Japan
    Computational challenges for top-down modeling and simulation of biological pathways.
  • Hirotada Mori, Japan
    From the parts to the Systems - Towards complete understanding of E. coli as a system level.
  • Vasantha Nagarajan, USA
    Rhodococcus erythropolis as a host for bioprocess engineering.
  • Lars Keld Nielsen, Australia
    Hybrid algorithm for modeling stochastic regulatory network against a background of rapidly changing metabolite concentrations.
  • Jae Gu Pan, Korea
    Robustness of acetate metabolism in E. coli
  • Charles Penn, UK
    Transcription regulation in E. coli : towards computational biology.
  • Alfred Puehler, Germany
    Genome-based systems biology of the amino acid producer Corynebacterium glutamicum.
  • Mark A. Ragan, Australia
    Lateral genetic transfer: extent, consequences, and traps for the unwary.
  • Ursula Rinas, Germany
    Modern ¡®omics meets old-fashioned cell physiology - tools to understand protein producing E. coli cells.
  • Christophe H. Schilling, USA
    Applications of genome-scale metabolic models for driving industrial and medical biotechnology R&D.
  • Joseph  Shiloach, USA
    Central carbon metabolism in E. coli B and E. coli K, differences in metabolic pathways are affecting glucose and acetate metabolism.
  • Philippe Soucaille, France
    In vivo evolution of a yeast metabolic pathway in Escherichia coli.
  • Wonchul Suh, USA
    Chromosomal promoter replacement of the isoprenoid pathway for enhancing carotenoid production in     E. coli.
  • Antonio Villaverde, Spain
    Complex control of protein quality in bacterial inclusion Body-Forming cells.
  • Barry L. Wanner, USA
    EcoliHub information resource for experimentation and modeling:under construction.
  • Hans V. Westerhoff, Netherlands
    E. coli¡¯s flows and forces:biochemical and structural networks.