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1 al reaction (38 patients) extending into the soft-tissue mass.
2 ken for inflammatory or malignant sinusoidal soft tissue masses.
3 o received active E+P therapy lost less lean soft tissue mass (-0.04 kg) than did the women who recei
4 imaging was performed to evaluate 17 one and soft-tissue masses (10 malignant, seven benign) in 14 pa
5 intensity) and secondary (ulcer, cellulitis, soft-tissue mass, abscess, sinus tract, cortical interru
6  significantly reduced both the loss of lean soft tissue mass and the ratio of trunk to leg fat mass
7 predictive value for osteomyelitis; signs of soft-tissue mass and cortical interruption had the highe
8                                              Soft-tissue masses and bone marrow involvement showed is
9 erosis and erosions, osteophytes, paraspinal soft-tissue mass, and decreased disk height.
10 osteal osteosarcoma is a broad-based surface soft-tissue mass causing extrinsic erosion of thickened
11 e "comet sign" (adjacent eccentric, tapering soft-tissue mass corresponding to the noncalcified porti
12                                      A focal soft-tissue mass distinct from the ossific matrix was id
13  a cleavage plane, intramedullary extension, soft-tissue mass (distinct from ossified mass), and the
14                                     Fat-free soft tissue mass, fat mass, and percentage BF were measu
15 ts who underwent sonographic evaluation of a soft-tissue mass followed by biopsy or resection were re
16 uld be included in differential diagnosis of soft-tissue masses found in diagnostic imaging.
17 rine cultures and cultures of the left chest soft tissue mass grew MRSA.
18 metastases throughout the lumbar spine and a soft tissue mass in the lower sacral region.
19             Mammography showed nonspiculated soft-tissue masses in 49 tumors.
20 rowing or erosions), vacuum disk, paraspinal soft-tissue mass, joint disorganization, and osseous joi
21 ttern C (uptake localizing to lymph nodes or soft-tissue masses on CT).
22 oubtedly capable of diagnosing malignancy in soft tissue masses or lymph nodes before these changes b
23 zation by whole-body PET imaging in a pelvic soft-tissue mass shown on abdominopelvic CT.
24                                   Paraaortic soft-tissue mass, stranding, and/or fluid was present in
25 le rib lesion and an associated extrapleural soft-tissue mass, suggesting an aggressive process.
26             Radiographs showed a broad-based soft-tissue mass that was attached to the cortex (all pa
27 the syrinx is closed through movement of two soft tissue masses, the medial and lateral labia, into t
28 were in direct continuity with the overlying soft-tissue mass (this was rare, occurring in only one p
29 ases were not evident on the CT scan and the soft tissue mass was out of the coverage area of the CT.
30                     Subsequent biopsy of the soft tissue mass was performed and histopathology conclu
31                                An associated soft-tissue mass was also seen in 19 of 25 cases (76%) a
32  Appearance simulating osteoblastoma without soft-tissue mass was present (seven cases).
33 s with plaque-like confluent retroperitoneal soft-tissue masses were divided into three groups: group
34                                              Soft-tissue masses were well defined in 91%-100% of case
35 r necrotic osseous lesion with an associated soft-tissue mass, which allows distinction from aneurysm
36                   On imaging, a heterogenous soft tissue mass with internal calcific densities was no
37                 The presence of an extensive soft-tissue mass with infiltration of adjacent subcutane
38 ogic findings revealed a malignant-appearing soft-tissue mass with paranasal sinus base destruction.
39 ilatation in nine patients and presence of a soft-tissue mass without dilatation in 10 patients.
40                             Bulky peritoneal soft-tissue masses without an apparent organ-based prima

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