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Biology
Human Biology
Human Osteology and Bone Mechanics
1. Introduction to Human Osteology
2. The Human Skeletal System
3. Anatomical Terminology and Orientation
4. Classification of Bones
5. Gross Anatomy of Bone
6. Types of Bone Tissue
7. Bone Composition and Matrix
8. Cellular Components of Bone
9. Microscopic Architecture of Bone
10. Bone Development and Growth
11. Fundamentals of Biomechanics
12. Mechanical Properties of Bone
13. Bone Adaptation and Remodeling
14. Microdamage and Fatigue
15. Bone Fracture Mechanics
16. Fracture Classification and Healing
17. Methods for Studying Bone
18. Clinical Applications
19. Forensic and Archaeological Applications
20. Factors Influencing Bone Health
Bone Adaptation and Remodeling
Wolff's Law
Historical Context
Modern Interpretations
Clinical Applications
Mechanostat Theory
Frost's Model
Modeling and Remodeling Thresholds
Set Points
Disuse Window
Overload Window
Mechanotransduction
Mechanical Stimuli
Strain
Fluid Flow
Pressure
Cellular Mechanosensors
Osteocytes
Osteoblasts
Osteoclasts
Signaling Pathways
Wnt Signaling
RANK/RANKL/OPG System
Sclerostin Pathway
Prostaglandin Pathways
Bone Modeling
Occurrence
Cellular Mechanisms
Functional Adaptation
Bone Remodeling
Remodeling Cycle
Activation Phase
Resorption Phase
Reversal Phase
Formation Phase
Quiescence Phase
Basic Multicellular Units
Coupling Mechanisms
Regulation
Systemic Factors
Local Factors
Adaptive Responses
Exercise Effects
Disuse Effects
Mechanical Loading Patterns
Age-Related Changes
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12. Mechanical Properties of Bone
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14. Microdamage and Fatigue