Compact bone cross section Black & White Stock Photos
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Compact bone cross section Black & White Stock Photos
. Principles of modern biology. Biology. '/'.'uUlffilllll'lll, $ IP Embryonic Development; Differentiation of Tissues - 289 ilipias â tr1. Fig. 15-17. Compact bone: cross section, with detail of an osteoblast. tributed throughout the body; the yellow type of connective tissue is encountered mainly in the ligaments of the skeletal joints of the body. 2. Cartilage (Fig. 15-16). The matrix of cartilage is composed mainly of a protein substance, chondrin. The chondrin appears as a homogeneous mass between the cells, or chondroblasts, that secrete it. Cartilage has a flexible, resilient consistency Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/principles-of-modern-biology-biology-uulffillllllll-ip-embryonic-development-differentiation-of-tissues-289-ilipias-tr1-fig-15-17-compact-bone-cross-section-with-detail-of-an-osteoblast-tributed-throughout-the-body-the-yellow-type-of-connective-tissue-is-encountered-mainly-in-the-ligaments-of-the-skeletal-joints-of-the-body-2-cartilage-fig-15-16-the-matrix-of-cartilage-is-composed-mainly-of-a-protein-substance-chondrin-the-chondrin-appears-as-a-homogeneous-mass-between-the-cells-or-chondroblasts-that-secrete-it-cartilage-has-a-flexible-resilient-consistency-image232337560.htmlRMRDYTX0–. Principles of modern biology. Biology. '/'.'uUlffilllll'lll, $ IP Embryonic Development; Differentiation of Tissues - 289 ilipias â tr1. Fig. 15-17. Compact bone: cross section, with detail of an osteoblast. tributed throughout the body; the yellow type of connective tissue is encountered mainly in the ligaments of the skeletal joints of the body. 2. Cartilage (Fig. 15-16). The matrix of cartilage is composed mainly of a protein substance, chondrin. The chondrin appears as a homogeneous mass between the cells, or chondroblasts, that secrete it. Cartilage has a flexible, resilient consistency
. Mammalian anatomy : with special reference to the cat . Mammals; Anatomy, Comparative; Cats. THE SKELETON. 25 STRUCTURE OF BONE. Every bone is completely covered except on its articu- lating surfaces with a tough membrane, the periosteum, which serves for the attachment of muscles, and the renewal of bony tissue in case of injury. The long bones contain a cavity, the medullary cavity, filled with marrow (Fig. 12).. Fig. 14. Cross-section of Cat's Femue. X 5. cp, Compact tissue ; en, cancellous tissue ; en, endosteum ; mc, medullary canal; pe, periosteum. This cavity is lined with endosteum, Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/mammalian-anatomy-with-special-reference-to-the-cat-mammals-anatomy-comparative-cats-the-skeleton-25-structure-of-bone-every-bone-is-completely-covered-except-on-its-articu-lating-surfaces-with-a-tough-membrane-the-periosteum-which-serves-for-the-attachment-of-muscles-and-the-renewal-of-bony-tissue-in-case-of-injury-the-long-bones-contain-a-cavity-the-medullary-cavity-filled-with-marrow-fig-12-fig-14-cross-section-of-cats-femue-x-5-cp-compact-tissue-en-cancellous-tissue-en-endosteum-mc-medullary-canal-pe-periosteum-this-cavity-is-lined-with-endosteum-image232142324.htmlRMRDJYW8–. Mammalian anatomy : with special reference to the cat . Mammals; Anatomy, Comparative; Cats. THE SKELETON. 25 STRUCTURE OF BONE. Every bone is completely covered except on its articu- lating surfaces with a tough membrane, the periosteum, which serves for the attachment of muscles, and the renewal of bony tissue in case of injury. The long bones contain a cavity, the medullary cavity, filled with marrow (Fig. 12).. Fig. 14. Cross-section of Cat's Femue. X 5. cp, Compact tissue ; en, cancellous tissue ; en, endosteum ; mc, medullary canal; pe, periosteum. This cavity is lined with endosteum,
. The anatomy of the domestic animals . Veterinary anatomy. Fig. 2.- -Cross-section of Proximal Third of Shaft OF Right Humerus of Horse. Fig. 3.- -Cross-section of Distal Third of Shaft of Left Humerus of Horse. Section passes through nutrient foramen and canal. innumerable small branches which enter minute openings (Volkmann's canals) on the surface and reach the Haversian canals of the compact substance. Other branches enter the extremities of the long bones and supply the spongy bone and marrow in them. In the case of the larger bones—and especially the long bones— the large nutrient or me Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-fig-2-cross-section-of-proximal-third-of-shaft-of-right-humerus-of-horse-fig-3-cross-section-of-distal-third-of-shaft-of-left-humerus-of-horse-section-passes-through-nutrient-foramen-and-canal-innumerable-small-branches-which-enter-minute-openings-volkmanns-canals-on-the-surface-and-reach-the-haversian-canals-of-the-compact-substance-other-branches-enter-the-extremities-of-the-long-bones-and-supply-the-spongy-bone-and-marrow-in-them-in-the-case-of-the-larger-bonesand-especially-the-long-bones-the-large-nutrient-or-me-image232327934.htmlRMRDYCJ6–. The anatomy of the domestic animals . Veterinary anatomy. Fig. 2.- -Cross-section of Proximal Third of Shaft OF Right Humerus of Horse. Fig. 3.- -Cross-section of Distal Third of Shaft of Left Humerus of Horse. Section passes through nutrient foramen and canal. innumerable small branches which enter minute openings (Volkmann's canals) on the surface and reach the Haversian canals of the compact substance. Other branches enter the extremities of the long bones and supply the spongy bone and marrow in them. In the case of the larger bones—and especially the long bones— the large nutrient or me
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