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  • lsmFigS6/FigS6c/C_R4_CB_LUC_LG_M_D_6_b.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_CB_LUC_LG_M_D_6_c.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_CB_LUC_LG_M_D_6_d.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_CB_LUC_LG_M_D_6_e.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_B_6_a.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_B_6_b.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_B_6_c.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_B_6_d.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_B_6_e.lsm670 KB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_D_6_a.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_D_6_b.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_D_6_c.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_D_6_d.lsm376 KB
  • lsmFigS6/FigS6c/C_R4_CB_SOD1_LG_M_D_6_e.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_Eth_a.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_Eth_b.lsm4 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_Eth_c.lsm4 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_Eth_d.lsm4 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_Eth_e.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_VitE_a.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_VitE_b.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_VitE_c.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_VitE_d.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_B_6_VitE_e.lsm4 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_Eth_a.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_Eth_b.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_Eth_c.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_Eth_d.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_Eth_e.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_VitE_a.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_VitE_b.lsm3 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_VitE_c.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_VitE_d.lsm2 MB
  • lsmFigS6/FigS6c/C_R4_W_M_D_6_VitE_e.lsm4 MB
  • csvFigS6/FigS6c/FigS6_quantification_rhabdomere_loss_Sod1.csv4 KB
  • csvFigS6/FigS6c/FigS6_quantification_rhabdomere_loss_VitE.csv4 KB
  • xlsFigS6/FigS6d/FigS6_H2O2_SOD1.xls96 KB
  • xlsFigS6/FigS6d/FigS6_H2O2_VitE.xls89 KB
  • txtREADME.txt
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