Carpenter's principles of human physiology . A. Cells of the corneal layer.—a, group of lamel-liform cells without nuclei, still adherent to eachother; b, an isolated cell; c, another cell present-ing- the impressions, d, d, d, of the cells with whichit was previously in contact. Fig. 16. C. Cells from the upper part of the mucouslayer.—a, flattened and lamelliform cells resemblingthose of the corneal layer; b, nuclei of these cells,small and with festooned border. D. Cells from the deep part of the mucous layer.—a, four cells adhering to each other by an amor-phous substance; 6, thin nuclei,
Carpenter's principles of human physiology . A. Cells of the corneal layer.—a, group of lamel-liform cells without nuclei, still adherent to eachother; b, an isolated cell; c, another cell present-ing- the impressions, d, d, d, of the cells with whichit was previously in contact. Fig. 16. C. Cells from the upper part of the mucouslayer.—a, flattened and lamelliform cells resemblingthose of the corneal layer; b, nuclei of these cells,small and with festooned border. D. Cells from the deep part of the mucous layer.—a, four cells adhering to each other by an amor-phous substance; 6, thin nuclei, which are elon-gated, are placed vertically to the surface of thedermis, and are surrounded by pigment granules. Fig. B. Cells of the mucous layer seen from thedeep surface.—a, a, group of cells united by anamorphous substance; i,thin envelope or cell-wall;e, the nucleus surrounded by pigment granules;d, detached cell; e, thin nuclei with still adherentpigment granules; /, scattered pigment granules. where it constitutes the thick action of a blister splits the epidermisinto two portions ; a deeper one—the retemucosum—in which the cells (Fig. 16, b,
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Keywords: ., bookcentury1800, bookdecade1880, booksubjectphysiology, bookyear1
