PubMed · 1996 · 11 citations · 0 references
MedicineOrthopaedic SurgeryRadiologyBone ScintigraphyDiagnostic ImagingDiagnostic RadiologyFracture DetectionMusculoskeletal RadiographyOrthopedic ImagingOsteomyelitis ImagingRadiographic AssessmentThree-phase Bone ScintigraphyBone DiagnosisCombined Leukocyte ScintigraphyFracture HealingImaging Diagnosis Of OsteomyelitisIndium-111 Labeled Leukocyte ImagingMusculoskeletal DisordersReflex Sympathetic Dystrophy ImagingShin Splints
The three-phase bone scan is very sensitive and is the study of choice in the evaluation of patients with suspected osteomyelitis and normal radiographs. If the underlying bone pathology, such as a healing fracture or degenerative disease, is detected on radiographs of the bone, the indium-111-labeled autologous leukocyte scan is the most cost-effective second study. When fracture of the long bones is clinically suspected but radiographs are normal and a delay in definitive diagnosis is acceptable, it is practical and economical to take follow-up films in 10 to 14 days. In cases requiring prompt diagnosis or when follow-up radiographic films are not diagnostic, the three-phase bone scan is the most cost-effective study. The three-phase bone scan is also used in the evaluation of occupational and sports injuries, including shin splints, stress and occult fractures, enthesiopathies and reflex sympathetic dystrophy.