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Development of method and views
Varieties of bone
Basic components of bone matrix
Evolution of bone
Histology of osteogenesis
Calcification of bone
Cells related to osteoblasts
Lamellar from woven bone
amino acid Anat apatite appear aspidin autoradiography Belanger biochemical blood calcium bone collagen bone matrix bone mineral bone resorption bone salt bone tissue Calc calcification calcitonin calcoblasts canaliculi canals cartilage cellular Clin collagen fibrils connective tissue constituents crystals cytoplasm decalcified dentine deposition diffraction diffusion chambers effect electron microscope embryonic endoplasmic reticulum enzymes epithelial cells epithelium fibres fibroblasts fossil fracture callus Glimcher Golgi ground substance Hancox Haversian systems Higher magnification histological horizontal arrows hormone hydroxyapatite implanted induced injection interstitial lamellae labelled lacunae lamellae lamellar bone layer light microscope lysosomes material medullary bone mesenchyme mitochondria morphological newly-formed normal nucleation nuclei oblique arrows odontoblasts organic matrix Orthop osteo osteoclasts osteocyte lacunae osteocytes osteogenesis osteogenic parathyroid present processes protein protein-polysaccharide resorbed ruffled border sections seen shown specimen spicule staining structure studies techniques Tiss tissue culture trabeculae trabeculum tropocollagen tropocollagen macromolecules Urist vacuoles vascular vertical arrows vitro whilst woven bone
Page 187 - The distribution of collagen in human articular cartilage with some of its physiological implications.