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    The First International Workshop on Physarum Transport Networks

    Until the 80s, the plasmodial slime mold Physarum polycephalum has been the working horse of research on cell motility. With the advent of genetic techniques, attention shifted to mouse models and the cellular slime mold Dictyostelium discoideum among other cell types. Work on Physarum ceased tempo…

    Until the 80s, the plasmodial slime mold Physarum polycephalum has been the working horse of research on cell motility. With the advent of genetic techniques, attention shifted to mouse models and the cellular slime mold Dictyostelium discoideum among other cell types. Work on Physarum ceased temporarily, interrupted by regular activity, until about 15 years ago the exciting ability of Physarum to form adaptive networks in order to forage came into focus. Since then, there has been a steady increase in the number of papers on Physarum per year. Amazingly, Physarum polycephalum can find the shortest path in labyrinths or grow an effective and robust network between multiple food sources. In fact, the latter process can mimick real traffic networks, like railway systems or street maps. Indeed, one may use Physarum to compute optimal solutions to general networks with given boundary conditions. Besides seeking an understanding of general network optimization properties, the community also looked at smaller entities trying to understand the dynamics of microplasmodia and aggregates thereof. This workshop shall unite the growing family of researchers working on Physarum topics or other slime molds encompassing a wide range of disciplines including but not limited to: Physarum genetics, basic cell biology and biochemistry of the plasmodium life cycle and its motility, physics of active plasmodium gels, network structure and dynamics, network morphology in various environments, foraging decisions, ecological food webs, memristive networks and memory. It is a challenge to link the local oscillatory and topological dynamics of the vein network and its control by chemotactic signals via global network dynamics to foraging decisions and motility of the mold as a whole. How do molecular biology and the biological physics of living matter orchestrate the emergent behavior of Physarum transport networks?

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    Editor(s): Hans-Günther Döbereiner, Junichi Suzuki (Associate Professor, Dept of Comp. Science, University of Massachusetts, Boston, 10 Morrissey Blvd., Boston, MA 02125, USA), Tadashi Nakano (Associate Professor, Osaka University, 1-3 Yamadaoka, Suita, Osaka 565-0871, Japan) and Henry Hess (Associate Professor, Department of Biomedical Engineering, Columbia University, 351L Engineering Terrace, MC 8904, 1210 Amsterdam Avenue, New York, NY 10027)
    Publisher
    ACM
    ISBN
    978-1-63190-100-3
    ISSN
    -
    Conference dates
    3rd–5th Dec 2015
    Location
    New York City, United States
    Appeared in EUDL
    2016-05-24

    Copyright © 2016–2025 ICST

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    • Cortical wave patterns in giant Dictyostelium cells

      Research Article in The First International Workshop on Physarum Transport Networks

      Carsten Beta
    • Dynamics of Physarum Microdroplets – an Example for Mechanochemical Pattern Formation in Active Biological Matter

      Research Article in The First International Workshop on Physarum Transport Networks

      Markus Baer, Marcus Hauser, Sergio Alonso, Markus Radszuweit, Harald Engel
    • Efficient mixing of protoplasm in tubular network of the slime mould Physarum polycephalum

      Research Article in The First International Workshop on Physarum Transport Networks

      Michael Haupt, Marcus Hauser
    • Growth pattern of Physarum polycephalum during starvation

      Research Article in The First International Workshop on Physarum Transport Networks

      Jonghyun Lee, Christina Oettmeier, Hans-Günther Döbereiner
    • Interactive cloud experimentation for biology: Systems architecture and educational use case

      Research Article in The First International Workshop on Physarum Transport Networks

      Ingmar Riedel-Kruse
    • Investigation of peristaltic pumping as a cellular motility mechanism

      Research Article in The First International Workshop on Physarum Transport Networks

      Owen Lewis, Robert Guy
    • Learning with amoeba aboard the BioBus

      Research Article in The First International Workshop on Physarum Transport Networks

      Ben Dubin-Thaler
    • Motifs of Growth and Fusion Govern Physarum polycephalum Network Formation

      Research Article in The First International Workshop on Physarum Transport Networks

      Adrian Fessel, Hans-Günther Döbereiner
    • P. polycephalum Can Compute Shortest Paths

      Research Article in The First International Workshop on Physarum Transport Networks

      Luca Becchetti, Vincenco Bonifaci, Michael Dirnberger, Andreas Karrenbauer, Kurt Mehlhorn, Girish Varma
    • Quantitative comparison of plasmodial networks of different slime molds

      Research Article in The First International Workshop on Physarum Transport Networks

      Christian Westendorf, Christian Gruber, Martin Grube
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