. The American journal of anatomy. sepa-rated from the ectoderm by mesenchyme. The normal side shows the early lens stage. X 90 diameters. Fig. 62. Experiment DF^. Embryo rana palustris killed 4 days afterpartial extirpation of the right optic vesicle. Section through regeneratedeye and small lens vesicle. Normal eye is similar to the one in Fig. 61.X 90 diameters. Fig. 63. Experiment DFjs. Embryo rana palustris killed 4 days afterpartial extirpation of the right optic vesicle. Section through regeneratedeye and small lens vesicle, both are separated from the ectoderm by a layerof mesenchyme.
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. The American journal of anatomy. sepa-rated from the ectoderm by mesenchyme. The normal side shows the early lens stage. X 90 diameters. Fig. 62. Experiment DF^. Embryo rana palustris killed 4 days afterpartial extirpation of the right optic vesicle. Section through regeneratedeye and small lens vesicle. Normal eye is similar to the one in Fig. 61.X 90 diameters. Fig. 63. Experiment DFjs. Embryo rana palustris killed 4 days afterpartial extirpation of the right optic vesicle. Section through regeneratedeye and small lens vesicle, both are separated from the ectoderm by a layerof mesenchyme. Normal eye as in Fig. 61, experiment DF^, . X 90diameters. Fig. 64. Experiment DL^. Embryo rana sylvatica killed 3 days after par-tial extirpation of the right optic vesicle. Section through regenerated andnormal eyes. X 45 diameters. Fig. 65. Experiment DL^. Section through small lens vesicle of regener-ated eye. X 180 diameters. Fig. 66. Experiment DLo. Section through normal lens vesicle. X 180diameters. Warren Harmon Lewis 505.