Evidence for pleiotropic factors in genetics of the musculoskeletal system

Keyphrases

• Musculoskeletal System 100%
• Both Bones 100%
• Sarcopenia 75%
• Osteoporosis 50%
• Musculoskeletal Disorders 50%
• Aging 25%
• Tight 25%
• Etiology 25%
• Pleiotropic Effects 25%
• Elderly People 25%
• Co-regulation 25%
• Loading Conditions 25%
• Skeletal muscle 25%
• Paracrine 25%
• Anatomic 25%
• Endocrine Function 25%
• Osteoporotic Fractures 25%
• Genetic Determinants 25%
• Cellular Mechanisms 25%
• Muscle Activity 25%
• Bone Loss 25%
• Biologically Plausible 25%
• Genetic Etiology 25%
• Muscle Wasting 25%
• Mechanical Loading 25%
• Environmental Endocrine 25%
• Pleiotropy 25%
• Skeletal Bone 25%
• Involution 25%
• Homeostatic Regulation 25%
• Bone Parameters 25%
• Genetic Relationship 25%
• Mechanosensitivity 25%
• Bone Response 25%
• Valuable Insight 25%
• Bioactive Molecules 25%
• Familial Osteoporosis 25%
• Biological Underpinnings 25%
• Muscle Parameters 25%

Medicine and Dentistry

• Osteoporosis 100%
• Musculoskeletal System 100%
• Sarcopenia 100%
• Pleiotropy 66%
• Endocrine Function 33%
• Elderly Population 33%
• Fragility Fracture 33%
• Cellular Mechanism 33%
• Skeletal Muscle 33%
• Muscle Contraction 33%
• Muscle Atrophy 33%
• Molecular Phylogeny 33%
• Involution 33%
• Musculoskeletal Disease 33%
• Osteolysis 33%

Biochemistry, Genetics and Molecular Biology

• Genetics 100%
• Pleiotropy 40%
• Skeletal Muscle 20%
• Muscle Contraction 20%
• Endocrine Function 20%
• Mechanosensitivity 20%
• Molecular Phylogeny 20%
• Involution 20%
• Osteolysis 20%