A Constrained Mixed Effects Model Based on Semilinear Differential Equation for Cell Polarity Signaling in Tip Growth of Pollen Tubes Zhen Xiao University of California, Riverside, USA, Nicolas Brunel Un - Linear dynamical system - Document - PDFSEARCH.IO

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	A Constrained Mixed Effects Model Based on Semilinear Differential Equation for Cell Polarity Signaling in Tip Growth of Pollen Tubes Zhen Xiao University of California, Riverside, USA, Nicolas Brunel Un Add to Reading List Document Date: 2013-08-22 04:39:19 Open Document File Size: 76,78 KB Share Result on Facebook Country United States / / / Facility Zhenbiao Yang University of California / Pollen Tubes Zhen Xiao University of California / Xinping cui* University of California / / Organization University of California / Riverside / / Person Nicolas Brunel Université / / ProvinceOrState California / / Technology simulation / / SocialTag Restricted maximum likelihood Linear differential equation Nonlinear system Mathematics Partial differential equations Differential equations Dynamical systems Integro-differential equation

A Constrained Mixed Effects Model Based on Semilinear Differential Equation for Cell Polarity Signaling in Tip Growth of Pollen Tubes Zhen Xiao University of California, Riverside, USA, Nicolas Brunel UnAdd to Reading List