In vitro modeling of human tibial strains during exercise in micro-gravity

Keyphrases

• Locomotion 100%
• During Exercise 100%
• In Vitro Modeling 100%
• Microgravity 100%
• Bone Strain 100%
• Strain Magnitude 66%
• Neutral Axis 66%
• Signal Transduction Pathway 33%
• Strain Distribution 33%
• Exercise Intervention 33%
• Bone Mineral 33%
• Treadmill Exercise 33%
• Treadmill 33%
• Bone Loss 33%
• Cadaver 33%
• External Load 33%
• Prolonged Exposure 33%
• Ground Reaction Force 33%
• Poor Performance 33%
• Tibia 33%
• Local Strain 33%
• Strain Sensitivity 33%
• Tibia Bone 33%
• Force Magnitude 33%
• Functional Adaptation 33%
• Simulated Microgravity 33%
• Tissue Strain 33%
• Strain Loading 33%
• Mechanical Tissues 33%
• Mineral Research 33%

Engineering

• External Loading 100%
• Neutral Axis 66%
• Primary Mode 33%
• External Load 33%
• Reaction Force 33%
• Local Strain 33%
• Stance Phase 33%
• Strain Sensitivity 33%
• Imposed Load 33%