. The cell in development and inheritance. Cells. c Fig. 8.—Alveolar or foam-structure of protoplasm, according to Biitschli. [BuTSCHLI.] A. Epidermal cell of the earthworm. B. Aster, attract ion-sphere, and centrosome from sea- urchin egg. C. Intra-capsular protoplasm of a radiolarian {Thalasucolla) with vacuoles. D. Peripheral cytoplasm of sea-urchin egg. E. Artificial emulsion of olive-oil, sodium chloride, and water. special local modifications of this structure all the parts of the cell are formed. Biitschli has shown that artificial emulsions, variously pre- pared, may show under the mic
. The cell in development and inheritance. Cells. c Fig. 8.—Alveolar or foam-structure of protoplasm, according to Biitschli. [BuTSCHLI.] A. Epidermal cell of the earthworm. B. Aster, attract ion-sphere, and centrosome from sea- urchin egg. C. Intra-capsular protoplasm of a radiolarian {Thalasucolla) with vacuoles. D. Peripheral cytoplasm of sea-urchin egg. E. Artificial emulsion of olive-oil, sodium chloride, and water. special local modifications of this structure all the parts of the cell are formed. Biitschli has shown that artificial emulsions, variously pre- pared, may show under the microscope a marvellously close resem- 1 " ;. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Wilson, Edmund B. (Edmund Beecher), 1856-1939. New York : The Macmillan company
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Keywords: ., bookcentury1800, bookdecade1890, booksubjectcells, bookyear1896
