Percutaneous Nonvascular Splenic Intervention: A 10-Year Review
Brian C. Lucey1,
Giles W. Boland,
Michael M. Maher,
Peter F. Hahn,
Debra A. Gervais and
Peter R. Mueller
1 All authors: Department of Radiology, Division of Abdominal Imaging and
Intervention, Massachusetts General Hospital, White 270, 55 Fruit St., Boston,
MA 02114.
Fig. 1.Contrast-enhanced CT scan of 42-year-old man with history of
lymphoma shows multiple discrete low-attenuation lesions throughout spleen.
Fine-needle aspiration biopsy proved one lesion to be lymphoma.
Fig. 2A.63-year-old man with history of carcinoid tumor.
Contrast-enhanced CT scan shows ring-enhancing splenic lesion. This lesion was
one of several splenic lesions in this patient.
Fig. 3B.42-year-old woman with history of melanoma. Sonogram obtained
during sonographically guided splenic biopsy shows needle in mass. This mass
proved to be metastatic melanoma.
Fig. 4B.48-year-old man who presented with incidental splenic lesion.
CT scan shows 22-gauge needle within lesion, which proved to be littoral cell
angioma.
Fig. 6B.61-year-old man who presented with fever and left upper
quadrant pain. CT scan obtained during guided biopsy shows needle and lesion.
Pus was aspirated.
Fig. 6C.61-year-old man who presented with fever and left upper
quadrant pain. CT scan shows pigtail catheter coiled within abscess. Note
small perisplenic fluid collection (arrows) after procedure.
Fig. 7.68-year-old woman with isolated hypodense splenic lesion. CT
scan obtained several hours after splenic biopsy shows large splenic
hemorrhage. Biopsied lesion was angiosarcoma, and patient required
splenectomy.