(H ) Comparative scatter plots, with mean and SD, of final unbleached tip minus bleached tip intensities of zfDysGFP and zfDysCitrine.
(I ) Fraction of cases showing no recovery, or 50% recovery at the first (<10 s), second (<20 s), or later (>20 s) time points, calculated from unbleached tip minus bleached tip intensities, in zfDysGFP and zfDysCitrine.
(F ) Comparative scatter plots, with mean and SD, of huDysGFP final unbleached tip minus bleached tip intensities in wild-type (wt), dmd ta222a/ta222a (dmd) and their siblings (sibs).
(F ) Comparative scatter plots, with mean and SD, of final unbleached tip minus bleached tip intensities of huDysGFP in wild-type embryos, and zfDysGFP in wild-type and dmd ta222a/ta222a embryos.
(G ) huDysGFP fraction of cases showing no recovery, or 50% recovery at the first (<10 s), second (<20 s), or later (>20 s) time points, calculated from unbleached tip minus bleached tip intensities, in wild-type (wt), dmd ta222a/ta222a (dmd) and their siblings (sibs).
(G ) Fraction of cases showing no recovery, or 50% recovery at the first (<10 s), second (<20 s), or later (>20 s) time points, calculated from unbleached tip minus bleached tip intensities, in huDysGFP in wild-type embryos, and zfDysGFP in wild-type and dmd ta222a/ta222a embryos.
Effect of the material non-homogeneity on the crack tip intensity factors is discussed.
In the evaluation screen (Fig. 8 b), a marking tool with tip intensity was supplied to the user.
Thus, the weight function permits the calculation of the crack tip intensity factors for an arbitrary distribution of applied loads and imposed electric charges.
The Irwin relationship for the crack tip energy release rate in terms of the crack tip intensity factors then allows the intensity factors for the unsolved problem to be formulated, thereby giving the desired weight function.
Raw data from each hybridization was compiled and subjected to print tip intensity independent Lowess normalization using the R statistical software package data and analyzed using LIMMA (http://bioinf.wehi.edu.au/limma/).edu.au/limma/
