Associations of Lean Mass, Muscular Strength, and Physical Function with Trabecular Bone Score in Older Adults

Keyphrases

• Older Adults 100%
• Physical Function 100%
• Lean Mass 100%
• Muscle Strength 100%
• Strength Function 100%
• Trabecular Bone Score 100%
• Bone Mineral Density 50%
• Dual-energy X-ray Absorptiometry 40%
• Lumbar Spine 40%
• Bone Quality 30%
• Total-body 20%
• Grip Strength 20%
• Gait Speed 20%
• Fracture Risk 20%
• Trunk Lean 20%
• Non-associated 10%
• Exercise Training 10%
• Back muscles 10%
• Clinical Utility 10%
• Multivariate Linear Regression 10%
• Lean Mass Index 10%
• Vertebral Fracture 10%
• Upper Body 10%
• Bone Health 10%
• Additional Value 10%
• Indirect Measurement 10%
• Lower Body 10%
• Spine Bone 10%
• Adjusted R2 10%
• Usual Gait Speed 10%
• Speed-strength 10%
• Bone Microarchitecture 10%
• Total Body Lean Mass 10%
• Upper Body Strength 10%
• Leg Press 10%
• Maximum Strength 10%
• One-repetition Maximum Test 10%
• Methodology Assessment 10%
• Back Strength 10%

Nursing and Health Professions

• Dual Energy X Ray Absorptiometry 100%
• Muscle Strength 100%
• Bone Density 100%
• Walking Speed 75%
• Grip Strength 50%
• Imaging 25%
• Linear Regression Analysis 25%
• Lean Body Weight 25%
• Bone Mass 25%
• Spine Fracture 25%
• Hand Grip Strength 25%

Medicine and Dentistry

• Cancellous Bone 100%
• Muscle Strength 100%
• Bone Density 40%
• Dual-Energy X-Ray Absorptiometry 40%
• Lumbar Spine 40%
• Walking Speed 30%
• Bone Mass 10%
• Linear Regression Analysis 10%
• Lean Body Weight 10%
• Back Muscle 10%
• Spine Fracture 10%
• Hand Grip Strength 10%