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Journal Article (1)

  1. Journal Article
    Heßeler, J.; Schmidt, J. K.; Reichl, U.; Flockerzi, D.: Coexistence in the Chemostat as a result of metabolic by-products. Journal of mathematical biology 53 (4), pp. 556 - 584 (2006)

Talk (1)

  1. Talk
    Heßeler, J.; Schmidt, J. K.; Reichl, U.; Flockerzi, D.: How to achieve coexistence in the chemostat: a combined mathematical and experimental approach. European Conference on Mathematical and Theoretical Biology (ECMTB), Dresden, Germany (2005)

Poster (3)

  1. Poster
    Heßeler, J.; Schmidt, J. K.; Reichl, U.; Flockerzi, D.: How to achieve coexistence in the chemostat: a combined mathematical and experimental approach. European Conference on Mathematical and Theoretical Biology (ECMTB), Dresden, Germany (2005)
  2. Poster
    Heßeler, J.; Schmidt, J. K.; Reichl, U.; Flockerzi, D.: Coexistence in the chemostat with secondary metabolites. European Conference on Mathematical and Theoretical biology (ECMTB), Dresden, Germany (2005)
  3. Poster
    Heßeler, J.; Schmidt, J. K.; Reichl, U.; Flockerzi, D.: Secondary metabolites can change competition results towards coexistence in the chemostat. 1st FEBS Advanced Lecture Course on Systems Biology : From Molecules & Modeling to Cells, Gosau, Austria (2005)

Thesis - Diploma (1)

  1. Thesis - Diploma
    Heßeler, J.: Theoretical Analysis and Mathematical Modeling of Microbial Species in a Chemostat: How to Achieve Coexistence of Competing Species. Diploma, 105 pp., Eberhard-Karls-University, Tübingen (2005)
 
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