D P Chason1, J L Fleckenstein, D K Burns, G Rojas. 1. Algur H. Meadows Diagnostic Imaging Center, University of Texas, Southwestern Medical Center, Dallas 75235-8896, USA.
Abstract
OBJECTIVE: Diabetic muscle infarction (DMI) is frequently misdiagnosed clinically as abscess, neoplasm, or myositis, and is often biopsied. Clinical and radiologic findings are presented here to enable the radiologist to suggest the correct diagnosis. DESIGN AND PATIENTS: Four patients with severe diabetes mellitus presenting with acute thigh pain, tenderness, and swelling were evaluated by imaging techniques and biopsy. RESULTS AND CONCLUSIONS: Edema in the affected muscles was seen in two patients with MRI studies. Femoral artery calcification and mild muscle swelling was present in one patient who underwent CT. Decreased echogenicity was seen in the involved muscle in a patient studied with ultrasound. Serum enzymes were normal or mildly elevated in three patients (not reported in one). Biopsy demonstrated necrosis and regenerative change in all cases. MRI, although nonspecific, is the best imaging technique to suggest the diagnosis of DMI in the appropriate clinical setting, thereby obviating biopsy.
OBJECTIVE:Diabetic muscle infarction (DMI) is frequently misdiagnosed clinically as abscess, neoplasm, or myositis, and is often biopsied. Clinical and radiologic findings are presented here to enable the radiologist to suggest the correct diagnosis. DESIGN AND PATIENTS: Four patients with severe diabetes mellitus presenting with acute thigh pain, tenderness, and swelling were evaluated by imaging techniques and biopsy. RESULTS AND CONCLUSIONS:Edema in the affected muscles was seen in two patients with MRI studies. Femoral artery calcification and mild muscle swelling was present in one patient who underwent CT. Decreased echogenicity was seen in the involved muscle in a patient studied with ultrasound. Serum enzymes were normal or mildly elevated in three patients (not reported in one). Biopsy demonstrated necrosis and regenerative change in all cases. MRI, although nonspecific, is the best imaging technique to suggest the diagnosis of DMI in the appropriate clinical setting, thereby obviating biopsy.
Authors: Taj M Kattapuram; Rajeev Suri; Michael S Rosol; Andrew E Rosenberg; Susan V Kattapuram Journal: Skeletal Radiol Date: 2005-02-08 Impact factor: 2.199
Authors: José Hernán Martínez; Oberto Torres; Michelle M Mangual García; Coromoto Palermo; María de Lourdes Miranda; Eva González; Ignacio Chinea Espinoza; Ivan Laboy; Mirelis Miranda; Kyrmarie Dávila; Rafael Tirado; Mildred Padilla Journal: Case Rep Endocrinol Date: 2013-06-03