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Bone forming cells Black & White Stock Photos
. Text book of zoology. Zoology. 10 General Part. tissue, cartilage, and bone are recognised. In the first of these the intercellular substance is more or less soft, and the cells are of various shapes, fusiform, stellate, flat. There are three kinds of connective tissue: â cellular, in which the intercellular substance is but slightly developed, often forming â only a membranous partition between the large vesicular cells: mucous or gelatinous, with a homogeneous and jelly-like intercellular substance (cells rounded or stellate) : and fibrillar connective tissue, where the intercellular subst Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-zoology-zoology-10-general-part-tissue-cartilage-and-bone-are-recognised-in-the-first-of-these-the-intercellular-substance-is-more-or-less-soft-and-the-cells-are-of-various-shapes-fusiform-stellate-flat-there-are-three-kinds-of-connective-tissue-cellular-in-which-the-intercellular-substance-is-but-slightly-developed-often-forming-only-a-membranous-partition-between-the-large-vesicular-cells-mucous-or-gelatinous-with-a-homogeneous-and-jelly-like-intercellular-substance-cells-rounded-or-stellate-and-fibrillar-connective-tissue-where-the-intercellular-subst-image232416862.htmlRMRE3E26–. Text book of zoology. Zoology. 10 General Part. tissue, cartilage, and bone are recognised. In the first of these the intercellular substance is more or less soft, and the cells are of various shapes, fusiform, stellate, flat. There are three kinds of connective tissue: â cellular, in which the intercellular substance is but slightly developed, often forming â only a membranous partition between the large vesicular cells: mucous or gelatinous, with a homogeneous and jelly-like intercellular substance (cells rounded or stellate) : and fibrillar connective tissue, where the intercellular subst
. A laboratory manual and text-book of embryology. Embryology. Cell of, Jyncytium Elastic fiber. B C Mesenchymal Cell Cartilage matrix â w. â At Cartilaqe ceil Fig. 283.âFigures showing the differentiation of the supporting tissues (after Mall). A, white fibers forming in the dermis of a 5 cm. pig embryo; B, elastic fibers forming in the syncytium of the umbilical cord from a 7 cm. embryo; C, developing cartilage from the occipital bone of a 20 mm. pig embryo. tween the bundles of fibers and this accounts for their peculiar form and arrange- ment. In the cornea of the eye the cells retain thei Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-laboratory-manual-and-text-book-of-embryology-embryology-cell-of-jyncytium-elastic-fiber-b-c-mesenchymal-cell-cartilage-matrix-w-at-cartilaqe-ceil-fig-283figures-showing-the-differentiation-of-the-supporting-tissues-after-mall-a-white-fibers-forming-in-the-dermis-of-a-5-cm-pig-embryo-b-elastic-fibers-forming-in-the-syncytium-of-the-umbilical-cord-from-a-7-cm-embryo-c-developing-cartilage-from-the-occipital-bone-of-a-20-mm-pig-embryo-tween-the-bundles-of-fibers-and-this-accounts-for-their-peculiar-form-and-arrange-ment-in-the-cornea-of-the-eye-the-cells-retain-thei-image232344572.htmlRMRE05TC–. A laboratory manual and text-book of embryology. Embryology. Cell of, Jyncytium Elastic fiber. B C Mesenchymal Cell Cartilage matrix â w. â At Cartilaqe ceil Fig. 283.âFigures showing the differentiation of the supporting tissues (after Mall). A, white fibers forming in the dermis of a 5 cm. pig embryo; B, elastic fibers forming in the syncytium of the umbilical cord from a 7 cm. embryo; C, developing cartilage from the occipital bone of a 20 mm. pig embryo. tween the bundles of fibers and this accounts for their peculiar form and arrange- ment. In the cornea of the eye the cells retain thei
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