Epithelial cell chirality emerges through the dynamic concentric pattern of actomyosin cytoskeleton

<p>Supporting Information for</p> <p>Epithelial cell chirality emerges through the dynamic concentric pattern of actomyosin cytoskeleton</p> <p>Takaki Yamamoto, Tomoki Ishibashi, Yuko Mimori-Kiyosue, Sylvain Hiver, Naoko Tokushige, Mitsusuke Tarama, Masatoshi Takeichi, Tatsuo Shibata</p> <p>Tatsuo Shibata<br>Email: tatsuo.shibata@riken.jp</p> <p>Numerical data used for Figs. 1B, and C:&nbsp;</p> <p>Fig1B.csv,<br>Fig1C.csv</p> <p>Numerical data used for Fig. 1 figure supplement 1:</p> <p>Fig1S1_Collagen.csv,<br>Fig1S1_Fibronectin.csv,<br>Fig1S1_Non-coated.csv,<br>Fig1S1_PLL.csv</p> <p>Numerical data used for Figs. 2B, C and D:&nbsp;</p> <p>Fig2B.csv,<br>Fig2C_Blebbistatin.csv,<br>Fig2C_CK666.csv,<br>Fig2C_DMSO.csv,<br>Fig2C_Nocodazole.csv,<br>Fig2C_SMIFH2.csv,<br>Fig2D_DMSO.csv,<br>Fig2D_SMIFH2.csv</p> <p>Numerical data used for Fig. 2 figure supplement 2 A, D:</p> <p>Fig2S2A.csv,<br>Fig2S2D_NC.csv,<br>Fig2S2D_DAAM1_siRNA.csv,<br>Fig2S2D_DIAPH2_siRNA.csv</p> <p>Numerical data used for Fig. 2 figure supplement 3:</p> <p>Fig2S3A_NC.csv,<br>Fig2S3A_Myo2A_siRNA.csv,<br>Fig2S3A_Myo2B_siRNA.csv,<br>Fig2S3A_Myo2A_B_siRNA.csv,<br>Fig2S3B.csv</p> <p>Numerical data used for Fig. 2 figure supplement 4:</p> <p>Fig2S4A_NC.csv,<br>Fig2S4A_VCL_siRNA.csv,<br>Fig2S4B.csv</p> <p>Note: Fig2S2D_NC.csv, Fig2S3A_NC.csv and Fig2S4A_NC.csv represent data from the same control experiment.</p> <p>Numerical data used for Figs. 6C and D:<br>Fig6C.xls,<br>Fig6D_1.xls,<br>Fig6D_2.xls</p> <p>Numerical data used for Figs. 6 figure supplement 1:<br>Fig6S1I.xls,<br>Fig6S1J.xls</p> <p>Note: these data were also used in Figure 7 figure supplement 2A-H.</p> <p>Numerical data used for Figs. 8D and E:<br>Fig8DE.csv:&nbsp;</p> <p>FreeFEM++ script to perform the numerical computation used in Fig. 7 and matlab script for Fig 7 BCDFGH, and Fig. 7 figure supplement 2I:&nbsp;</p> <p>caco2ActiveChiralModel.edp,<br>PlotSimulationResults.m</p>