. Elements of histology. Histology. Bone. 79 of the end of the shaft, and this is not capable of further lengthening. 72. Following the development of a tubular bone after the above mentioned stage 4, we find that the spongy bone once formed is not a permanent structure,. Fig. 54.—From a Section through the Intermediate Cartilage of Femur of a Foetus. Low magnifjing power. {From a photogrcqjh by Mr. A. Pringle.) a, intermediate cartilajsre ; b, cartilage of the eiiiiihysis; c, spongy bone of epiphysFs; d, spongy bi>ne at the end of the shaft. but becomes gradually absorbed altogether, and t
. Elements of histology. Histology. Bone. 79 of the end of the shaft, and this is not capable of further lengthening. 72. Following the development of a tubular bone after the above mentioned stage 4, we find that the spongy bone once formed is not a permanent structure,. Fig. 54.—From a Section through the Intermediate Cartilage of Femur of a Foetus. Low magnifjing power. {From a photogrcqjh by Mr. A. Pringle.) a, intermediate cartilajsre ; b, cartilage of the eiiiiihysis; c, spongy bone of epiphysFs; d, spongy bi>ne at the end of the shaft. but becomes gradually absorbed altogether, and this process also starts from the points of ossification. Thus a f;rc\dual enlargement and ultimate fusion of the marrow cavities of the spongy endochondral bone. 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 Klein, E. (Edward), 1844-1925; Edkins, John Sydney, b. 1865. Philadelphia : Lea Brothers
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