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Structure, development and regeneration of bone tissue
1.
STRUCTURE, DEVELOPMENTAND REGENERATION
OF BONE TISSUE
2.
CLASSIFICATION OF BONE STRUCTURESTRABECULAR (SPONGY)
BONE
COMPACT (CORTICAL)
BONE
HISTOLOGYCAL CLASSIFICATION
LAMELLAR BONE
WOVEN (RETICULOFIBROUS) BONE
3.
LAMELLAR AND WOVEN BONE ( BONE CALLUS)РФ
ПЛ
4.
STRUCTURE OF DIAPHYSIS5.
CORTICAL (LAMELLAR) BONE6.
OSTEOBLASTS7.
OSTEOCYTES8.
CONTACTS BETWEEN THE PROCESSES OF OSTEOCYTES9.
OSTEOCLASTS10.
BONE CELLS AND INTERCELLULAR SUBSTANCE11.
CHEMISTRY OF BONE TISSUEMATRIX
COMPONENTS
TYPES OF
SUBSTANCES
INORGANIC
SUBSTANCES
SUBSTANCES AND
STRUCTURES
CRYSTALS OF
HYDROXYAPATITE
Са10(РО4)6(ОН)2
COLLAGEN (TYPE I )
COLLAGEN FIBERS
OSTEONECTIN
ORGANIC
SUBSTANCES
NONCOLLAGEN
PROTEINS
OSTEOCALCIN
SYALOPROTEINS
CARBOHYDRATES
WATER
GAGs
12.
OSTEOGENESISINTRAMEMBRANOUS
ENDOCHONDRAL
ORIGIN
MESENCHYME
CARTILAGE MODEL
FORMED BONES
FLAT, SKULL BONES
TUBULAR BONES
OSTEOGENIC ISLET
CARTILAGE MODEL
OSTEOID FORMATION
PERICHONDRAL COLLAR
FORMATION
MINERALIZATION OF
OSTEOID
PRIMARY (DIAPHYSEAL)
CENTERS FORMATION
MODELING AND
REMODELING
SECONDARY (EPIPHYSEAL)
CENTERS FORMATION
STAGES
MODELING AND
REMODELING
13.
INTRAMEMBRANOUS BONE FORMATION14.
RESORPTION OF BONE TRABECULE15.
ENDOCHONDRAL BONE FORMATION16.
ENDOCHONDRAL BONE FORMATIONPERICHONDRAL BONE
ENDOCHONDRAL BONE
17.
MINERALIZATIONOF BONE MATRIX
OSTEOID ZONE
18.
TYPES OF BONE RESORPTIONCELLULAR
OSTEOCLASTIC
PERIOSTEOCYTARY
NONSPECIFIC
AUTOLYTIC
19.
RESORPTION OF BONE BY MYELOMA CELLS20.
METAEPIPHYSEAL (GROWTH) PLATEEPIPHYSIS
DIAPHYSYS
21.
REGULATION OF BONE STRUCTUREPARATHYROID HORMONE
CALCITONIN
GROWTH HORMONE
INSULIN
ESTROGENS
ANDROGENS
GROWTH FACTORS
INTERLEUKINS
CORTICOSTEROIDS
VITAMIN С
VITAMIN D
VITAMIN А
METABOLISM OF VITAMIN D3