Site-Specific Load-Induced Expansion of Sca-1⁺Prrx1⁺ and Sca-1⁻Prrx1⁺ Cells in Adult Mouse Long Bone Is Attenuated With Age

Keyphrases

• Adult Mice 100%
• Long Bone 100%
• Spinocerebellar Ataxia 100%
• PRRX1 100%
• Load-induced 100%
• Specific Load 100%
• Endosteum 60%
• Periosteum 60%
• Cell Population 40%
• Mechanical Stimulation 40%
• Periosteal Bone Formation 40%
• Aging 20%
• Novel Therapeutics 20%
• Marrow 20%
• Aged Mice 20%
• Osteoblast 20%
• Osteogenesis 20%
• Proliferative Response 20%
• Aging Effect 20%
• Stem Cell Niche 20%
• Therapeutic Targeting 20%
• Bone Loss 20%
• Proliferative Activity 20%
• Bone-forming 20%
• Skeletal muscle Cells 20%
• Mechanical Loading 20%
• Fracture Risk 20%
• Periosteal 20%
• Acute Response 20%
• Age-related Bone Loss 20%
• Surface Loading 20%

Immunology and Microbiology

• Periosteum 100%
• Cell Population 66%
• Osteolysis 66%
• Ossification 66%
• Osteoblast 33%
• Bone Development 33%
• Stem Cell Niche 33%

Biochemistry, Genetics and Molecular Biology

• Ossification 100%
• Osteolysis 100%
• Stem Cell 50%
• Osteoblast 50%
• Bone Development 50%