Journal List > J Korean Soc Endocrinol > v.20(6) > 1063827

Shin and Cho: Bone Remodeling and Mineralization

Figures and Tables

Fig. 1
Bone remodeling is accomplished by cycles involving the resorption of old bone by osteoclasts and the subsequent formation of new bone by osteoblasts.
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Fig. 2
Relative proportions of cortical (compact) and trabecular (cancellous) bone in different parts of the skeleton.
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Fig. 3
Osteoblast/stromal cell and osteoclast coupling mediated through RANKL/RANK interactions.
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Fig. 4
Factors that modulate the differentiation and function of osteoblast and osteoclast.
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Fig. 5
Growth factor concept of coupling.
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Fig. 6
Effects of antiresorptive agent on remodeling space and mineralization in the basic multicellular units.
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Fig. 7
Primary and secondary mineralization phase. The secondary mineralization period is defined as the time required for bone to mineralize from 70% to 95% of the theoretical maximum ash fraction.
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Table 1
Characteristics of Collagen-Related Genes and Proteins found in Bone matrix (from ref. 42)
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Table 2
Gene and Proteins Characteristics of Serum proteins found in Bone matrix (from ref. 42)
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Table 3
Gene and Proteins Characteristics of Glycoproteins in bone matrix (from ref. 42)
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Table 4
Gene and Proteins Characteristics of Glycosaminoglycan-Containing Molecules, Leucine Rich Repeat Proteins(LPRs) and Hyaluronan (from ref. 42)
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Table 5
Gene and Proteins Characteristics of SIBLINGs (Small Integrin-Binding Ligands, N-Glycosylated Proteins) (from ref. 42)
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Table 6
Gene and Proteins Characteristics of Other RGD-Containing Gycoproteins (from ref. 42)
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Table 7
Gene and Proteins Characteristics of Gamma-Carboxy Glutamic Acid-Contaning Proteins in Bone Matrix (from ref. 42)
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Table 8
Effects of Bone Matrix Proteins on Mineralization in VITRO (from ref. 42)
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Table 9
Cytokines produced in bone microenvironment with major effects on Osteoblasts and Osteoclasts(from ref. 42)
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