Research agenda
"Cell-cell adhesion・Elucidation of the mechanism of order formation of the skeleton and development of epithelial barrier manipulation technology"
Research period：October 2013 - March 2018
Principal Investigator：Tsukiko TSUKITA（Professor,Graduate School of Frontier Biosciences, Osaka University）
Research contributor : Kazuhiro OIWA
Outline / Purpose / Methods / Results
κ=0.5, L=0.008, ι=0.08, c˜=0.5, ε=0.1, γ=1.0
| Density： M = 0.1（Low） Magnitude of contraction：K = 15 Speed of accumulation ： f = 0.01 |
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| Static Network stable structure with sparsely- distributed active nodes, where motors accumulated | |
| M = 0.59 （Middle） K = 15 f = 0.01 |
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| Active Network Active nodes become interconnected to form a network contracting globally, resulting in the self-rupture. | |
| M = 1.0 （High） K = 15 f = 0.01 |
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| Aggregation The active nodes pull the surrounding nodes to form a chain-like assembly. | |
| M = 1.0 （High） K = 45 f = 5 |
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| Asters Rapid separation into many isolated asters. This simulation resembles the pattern generated by chimera motors |
