Pathological fracture risk assessment in patients with femoral metastases using CT-based finite element methods. A retrospective clinical study

Keyphrases

• Absolute Maximum 11%
• Bone Strain 11%
• Clinical Experience 11%
• Clinical Tool 11%
• Computed Tomography 11%
• CT-based Finite Element Analysis 100%
• CT-based Finite Element Method 100%
• Ex Vivo Studies 11%
• Femoral Fractures 33%
• Femoral Metastasis 100%
• Femur 77%
• Femur Bone 11%
• Finite Element Analysis Model 11%
• Fracture Risk 22%
• Fracture Risk Assessment 100%
• Fracture Threshold 11%
• Healthy Bone 11%
• High Risk 11%
• Hip Contact Forces 11%
• Low Risk 11%
• Maximum Principal Strain 11%
• Metastatic Bone Disease 66%
• Metastatic Tumor 11%
• MiRel 11%
• Pathologic 11%
• Pathological Fracture 100%
• Patient Weight 11%
• Physician Recommendation 11%
• Prophylactic Surgery 11%
• Prospective Randomized Clinical Trial 11%
• Retrospective Clinical Study 100%
• Retrospective Cohort 11%
• Surgical Fixation 11%
• Surgical Stabilization 11%
• Tumor 22%
• Tumor-associated 11%
• Unnecessary Surgery 11%

Medicine and Dentistry

• Anatomy 11%
• Bone Disease 66%
• Bone Stress 11%
• Clinical Study 100%
• Ex Vivo 11%
• Femur Fracture 33%
• Finite Element Analysis 100%
• Hip 11%
• Metastatic Carcinoma 100%
• Neoplasm 33%
• Pathologic Fracture 100%
• Randomized Clinical Trial 11%
• Standing 11%

Pharmacology, Toxicology and Pharmaceutical Science

• Bone Disease 100%
• Clinical Study 100%
• Femur Fracture 50%
• Metastasis 16%
• Neoplasm 50%
• Pathologic Fracture 100%
• Randomized Clinical Trial 16%