Publication | Closed Access
Effects of Spaceflight on Structural and Material Strength of Growing Bone
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1983
Year
EngineeringMechanical EngineeringBiomedical EngineeringOsteoporosisOrthopaedic SurgeryMaterial StrengthBiomechanicsBone RemodelingOsteoarthritisApplied PhysiologyBone HomeostasisNormal GainBone StrengthMechanobiologyBone HealthStrength DeficitBone DensityBone MetabolismPhysiologyMedicine
Rats in space for 18.5 days did not exhibit the normal gain in femoral bone strength of terrestrial controls. The strength deficit may have been caused by multiple factors including a diminished bone formation and an inhibition of the gain in tissue material strength. Centrifugation at 1g in space substantially enhanced bone strength, possibly by promoting more normal tissue maturation. Full recovery of bone strength was achieved 25 days after reentry.