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Team:Peking/HumanPractice/HistoriciGEMProjectsReview
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<img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | <img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | ||
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An excellent example for utilizing dynamics modeling to greatly broaden the linear range, thus facilitating application in field of this particular biopart. | An excellent example for utilizing dynamics modeling to greatly broaden the linear range, thus facilitating application in field of this particular biopart. | ||
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| + | Peking 2010 | ||
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<img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | <img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | ||
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One of the masterworks of interdisciplinary modeling, incorporating macro-scale population modeling, genetic regulation network as well as protein overlap structures– all together with explicit ODE equations and pellucid images. | One of the masterworks of interdisciplinary modeling, incorporating macro-scale population modeling, genetic regulation network as well as protein overlap structures– all together with explicit ODE equations and pellucid images. | ||
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| + | Brithsh_Columbia 2011 | ||
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<img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | <img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | ||
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The excellencies of the stochastic agent and rule-based Kappa language established a firm basis for both genetic and signal transduction modeling, and thus introduced a brand new and powerful modeling tool. | The excellencies of the stochastic agent and rule-based Kappa language established a firm basis for both genetic and signal transduction modeling, and thus introduced a brand new and powerful modeling tool. | ||
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| + | Edinburg 2010 | ||
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<img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | <img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | ||
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An outstanding example for kinetic modeling, with characterized video illustrations presenting a vivid kinetic diffusion process. | An outstanding example for kinetic modeling, with characterized video illustrations presenting a vivid kinetic diffusion process. | ||
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| + | Paris_Bettencourt 2011 | ||
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<img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | <img src="/wiki/images/1/10/Peking2012_HumanPractice_Review_Fig1_Peking2010.png" alt="" title="Peking 2010" style="width:220px;" /> | ||
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Gorgeous! A powerful and user-friendly designed modeling software (BSim) developed to facilitate a better environmental modeling, together with an intensive interrogation of actual cost. | Gorgeous! A powerful and user-friendly designed modeling software (BSim) developed to facilitate a better environmental modeling, together with an intensive interrogation of actual cost. | ||
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| + | BCCS-Bristol 2010 | ||
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Revision as of 12:57, 2 September 2012
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Summary
Summary goes here.
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5 Meritorious Projects: Modeling
An excellent example for utilizing dynamics modeling to greatly broaden the linear range, thus facilitating application in field of this particular biopart.
Peking 2010
One of the masterworks of interdisciplinary modeling, incorporating macro-scale population modeling, genetic regulation network as well as protein overlap structures– all together with explicit ODE equations and pellucid images.
Brithsh_Columbia 2011
The excellencies of the stochastic agent and rule-based Kappa language established a firm basis for both genetic and signal transduction modeling, and thus introduced a brand new and powerful modeling tool.
Edinburg 2010
An outstanding example for kinetic modeling, with characterized video illustrations presenting a vivid kinetic diffusion process.
Paris_Bettencourt 2011
Gorgeous! A powerful and user-friendly designed modeling software (BSim) developed to facilitate a better environmental modeling, together with an intensive interrogation of actual cost.
BCCS-Bristol 2010
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