Matches in SemOpenAlex for { <https://semopenalex.org/work/W2019160987> ?p ?o ?g. }
- W2019160987 abstract "The functional dynamics exhibited by cell collectives are fascinating examples of robust, synchronized, collective behavior in spatially extended biological systems. To investigate the roles of local cellular dynamics and interaction strength in the spatiotemporal dynamics of cell collectives of different sizes, we study a model system consisting of a ring of coupled cells incorporating a three-step biochemical pathway of regulated activator-inhibitor reactions. The isolated individual cells display very complex dynamics as a result of the nonlinear interactions common in cellular processes. On coupling the cells to nearest neighbors, through diffusion of the pathway end product, the ring of cells yields a host of interesting and unusual dynamical features such as, suppression of chaos, phase synchronization, traveling waves, and intermittency, for varying interaction strengths and system sizes. But robust complete synchronization can be induced in these coupled cells with a small degree of random coupling among them even where regular coupling yielded only intermittent synchronization. Our studies indicate that robustness in synchronized functional dynamics in tissues and cell populations in nature can be ensured by a few transient random connections among the cells. Such connections are being discovered only recently in real cellular systems." @default.
- W2019160987 created "2016-06-24" @default.
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- W2019160987 date "2007-01-09" @default.
- W2019160987 modified "2023-09-23" @default.
- W2019160987 title "Synchronization in coupled cells with activator-inhibitor pathways" @default.
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- W2019160987 cites W1968856189 @default.
- W2019160987 cites W1970442252 @default.
- W2019160987 cites W1978319180 @default.
- W2019160987 cites W1978741909 @default.
- W2019160987 cites W1980661496 @default.
- W2019160987 cites W1981243360 @default.
- W2019160987 cites W2006922807 @default.
- W2019160987 cites W2008352344 @default.
- W2019160987 cites W2008609531 @default.
- W2019160987 cites W2010692495 @default.
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- W2019160987 cites W2016770733 @default.
- W2019160987 cites W2017465842 @default.
- W2019160987 cites W2017753505 @default.
- W2019160987 cites W2022219662 @default.
- W2019160987 cites W2024575511 @default.
- W2019160987 cites W2025075096 @default.
- W2019160987 cites W2028994930 @default.
- W2019160987 cites W2030083295 @default.
- W2019160987 cites W2032751485 @default.
- W2019160987 cites W2034527082 @default.
- W2019160987 cites W2036342827 @default.
- W2019160987 cites W2036477384 @default.
- W2019160987 cites W2038668609 @default.
- W2019160987 cites W2040491912 @default.
- W2019160987 cites W2043472151 @default.
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- W2019160987 cites W2060226961 @default.
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- W2019160987 cites W2065269411 @default.
- W2019160987 cites W2069990258 @default.
- W2019160987 cites W2075475425 @default.
- W2019160987 cites W2080648518 @default.
- W2019160987 cites W2081615927 @default.
- W2019160987 cites W2083376695 @default.
- W2019160987 cites W2088678566 @default.
- W2019160987 cites W2090568515 @default.
- W2019160987 cites W2090658347 @default.
- W2019160987 cites W2093856783 @default.
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- W2019160987 cites W2094706940 @default.
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- W2019160987 cites W2147420826 @default.
- W2019160987 cites W2147561450 @default.
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- W2019160987 doi "https://doi.org/10.1103/physreve.75.011906" @default.
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