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AJR 2004; 183:634
© American Roentgen Ray Society


Musculoskeletal Imaging

Progressive Systemic Sclerosis with Massive Paraspinal Soft-Tissue Calcinosis

Kathryn M. Olsen1, Eric J. Pike2 and Felix S. Chew3

1 Good Samaritan Hospital, 1111 E McDowell Rd., Phoenix, AZ 85006.
2 Department of Radiology, Memorial University of Newfoundland Health Science Center, St. John's, NL A1B 3V6, Canada.
3 Department of Radiology, Wake Forest University School of Medicine, Winston-Salem, NC 27157-1088.

Received October 2, 2003; accepted after revision December 18, 2003.

Address correspondence to F. S. Chew.

A75-year-old woman presented with an enlarging anterior neck mass and torticollis. Radiographs showed massive soft-tissue calcification adjacent to the C2–C4 vertebrae. CT revealed a well-circumscribed, densely calcified mass with a lobulated structure and fluid–sedimentation levels (Fig. 1A). The carotid and jugular vessels were separate from the lesion. A 99mTc–methylene diphosphonate bone scan revealed focally increased radiotracer uptake at the levels of C2–C4, corresponding to the mass. At CT-guided percutaneous biopsy, white calcific material was retrieved. Subsequently, the patient complained of dysphasia, and the mass was excised. Histology revealed an amorphous calcified mass associated with psammomalike formations and palisading histiocytes (Fig. 1BGo), leading to the diagnosis of tumoral calcinosis. Further investigation indicated that the patient had normal serum levels with the exception of a positive finding for antinuclear antibodies in a nucleolar pattern, which is suggestive of progressive systemic sclerosis. The final clinico-pathologic diagnosis was progressive systemic sclerosis with secondary tumoral calcinosis.



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Fig. 1A. —Progressive systemic sclerosis with massive paraspinal soft-tissue calcinosis in 75-year-old woman. Axial CT scan shows lobulated calcified mass in paraspinal soft tissues.

 


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Fig. 1B. —Progressive systemic sclerosis with massive paraspinal soft-tissue calcinosis in 75-year-old woman. Photomicrograph at low power shows amorphous calcified material (M) adjacent to fibrosis and chronic inflammatory reaction (F). (H and E)

 


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Fig. 1C. —Progressive systemic sclerosis with massive paraspinal soft-tissue calcinosis in 75-year-old woman. Photomicrograph at high power shows palisading histocytes. (H and E)

 

Radiographically evident massive multilobulated calcification in the soft tissues is often referred to as tumoral calcinosis. However, tumoral calcinosis was first defined by Inclan et al. [1] in 1943 as a specific disease manifesting with periarticular, calcified masses in the soft tissues with concomitant elevated serum phosphate but normal calcium levels. Inclan et al. specified that this condition occurred in the absence of renal, metabolic, or collagen vascular disease. However, the term "tumoral calcinosis" has gradually and imprecisely encompassed all tumorlike multilobulated calcific deposits in a paraarticular distribution in soft tissues. Because of the expanding definition in the literature, lesions now have a pathologically based classification: primary normophosphatemic tumoral calcinosis, primary hyperphosphatemic tumoral calcinosis, and secondary tumoral calcinosis [2]. Primary forms of tumoral calcinosis are less common than the secondary forms, which may be associated with renal failure, hemodialysis, collagen vascular disease, sarcoidosis, pseudoxanthoma elasticum, massive osteolysis, and other conditions. Patients present with a mass, regional compressive symptoms, or both, but pain and radiculopathy have also been described. Most of these lesions are related to the extensor surfaces of the hip, shoulder, elbows, wrists, and feet and likely originate in adjacent bursae. Rare locations also include dental and paraspinal regions [3].

Lesions of tumoral calcinosis consist of macroscopic masses of amorphous calcified material, sometimes in aqueous suspension, surrounded by chronic fibrotic and inflammatory reaction. A paraarticular distribution is common. Conventional radiographs show a characteristic lobulated mass of several centimeters with amorphous calcific deposits. Although a cystic component may be present, evident as a fluid–sedimentation level, this feature is usually absent when tumoral calcinosis is associated with connective tissue disease [4]. Bone scintigraphy shows increased radiotracer activity in the corresponding paraarticular distribution. CT shows soft-tissue calcinosis without direct communication with adjacent bones or joints. Lesions with a cystic component may have high-attenuation septations as compared with the low-attenuation centers. Calcium layering, known as the "sedimentation" sign, may be seen. MRI may show fluid–fluid levels with high signal layered over low signal on fluid-sensitive sequences [5].

If symptomatic, lesions of tumoral calcinosis may be excised. Although recurrent lesions are common, their growth in secondary tumoral calcinosis may be retarded with treatment of the underlying condition.

References

  1. Inclan A, Leon P, Camejo MG. Tumoral calcinosis. JAMA 1943;121:490 -495
  2. Smack D, Norton SA, Fitzpatrick JE. Proposal for pathogenesis-based classification of tumoral calcinosis. Int J Dermatol1996; 35:265 -271[Medline]
  3. Martinez S, Vogler JB 3rd, Harrelson JM, Lyles KW. Imaging of tumoral calcinosis: new observations. Radiology1990; 174:215 -222[Abstract/Free Full Text]
  4. Schweitzer ME, Cervilla V, Manaster BJ, et al. Cervical paraspinal calcification in collagen vascular diseases. AJR1991; 157:523 -525[Abstract/Free Full Text]
  5. Martinez S. Tumoral calcinosis: 12 years later. Semin Musculoskelet Radiol 2002;6:331 -339[Medline]

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