. The American journal of anatomy. 508 The Orifi^in and Differentiation of the Lens Fig. 73. Experiment DFcs. Embryo rana palustris killed 5 days afterpartial extirpation of the right optic vesicle. Section through regeneratedeye and lens. Normal eye, as in Fig. 75. X 90 diameters. Fig. 74. Experiment DF,s. Embryo rana palustris killed 5 days afterpartial extirpation of the right optic vesicle. Section through large regen-erated eye and lens. X 90 diameters. Fig. 75. Experiment DFj^. Section through normal eye and lens. X 90diameters. Fig. 76. Experiment DF03. Embryo rana palustris killed 4 da
. The American journal of anatomy. 508 The Orifi^in and Differentiation of the Lens Fig. 73. Experiment DFcs. Embryo rana palustris killed 5 days afterpartial extirpation of the right optic vesicle. Section through regeneratedeye and lens. Normal eye, as in Fig. 75. X 90 diameters. Fig. 74. Experiment DF,s. Embryo rana palustris killed 5 days afterpartial extirpation of the right optic vesicle. Section through large regen-erated eye and lens. X 90 diameters. Fig. 75. Experiment DFj^. Section through normal eye and lens. X 90diameters. Fig. 76. Experiment DF03. Embryo rana palustris killed 4 days afterpartial extirpation of the right optic vesicle. Section through large regener-ated eye and lens. X ao diameters. Fig. 77. Experiment DFga. Section through normal left eye and 90 diameters. Fig. 78. ExperimentDF45. Section through normal eye of rana palustriskilled iV2 days after the operating stage. X 90 diameters. Fig. 79. Experiment DLjs. Embryo rana sylvatica killed 4 days afteroperation on the right optic vesicl
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Keywords: ., bookcentury1900, bookdecade1900, booksubjectanatomy, bookyear1901
