Titlebook: Calcified Tissues 1965; Proceedings of the T H. Fleisch,H. J. J. Blackwood,M. Owen Conference proceedings 1966 Springer-Verlag Berlin Heide

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Correlation between Morphological, Biochemical, and Biophysical Effects of Parathyroid Hormone on Ce mutual adhesion of the cells) as well as the appearance of blebs and microvilli of the cell membrane (. and ., 1965). Monkey kidney cells seem to respond to PTH as well. One unit of PTH/ml of medium produced a large number of vacuoles in the cytoplasm and an enlargement and swelling of the Golgi ap

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Experimental Studies of the Non-inflammatory Vascular Pannusapsule and becomes adherent to the cartilaginous surface (the surface or articular pannus). There is stasis and arterial ischemia in the bone marrow, particularly pronounced at the epiphyseal extremities, and the articular plate is invaded by histiocytic and vascular buds which constitute the intern

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Urinary Pyrophosphate in Disorders of Bone Metabolismd that pyrophosphate played an important role in bone formation and remodeling processes. The present study was undertaken to investigate urinary pyrophosphate excretion in patients with diseases characterized by accelerated rates of bone turno-ver. Concomitant measurements were also made of urinary

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Electro-mechanical Factors Regulating Bone Architecturerly childhood, when man becomes conscious of the meaning of a skeleton, he is aware of the permanence of bone. The surgeon saws it, drills it, screws it, nails it and otherwise treats it very much as he would a piece of oak or pine in his workshop. In fact, its desirable physical properties, such as

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Lament

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The Origin of Bone Cells in Endochondral Ossificationrtilage cells arrange themselves into cell columns; hypertrophic cartilage cells are formed; all kinds of bone cells appear, osteoblasts, osteocytes and osteoclasts; the adjacent connective tissue and bloodvessels also take an active part in the process by penetrating and invading the developing cartilage tissue.

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Urinary Pyrophosphate in Disorders of Bone Metabolismd that pyrophosphate played an important role in bone formation and remodeling processes. The present study was undertaken to investigate urinary pyrophosphate excretion in patients with diseases characterized by accelerated rates of bone turno-ver. Concomitant measurements were also made of urinary hydroline and total inor ganic phophorus.

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