Adrenal incidentalomas: surgical treatment in 28 patients and update of the literature.

INTRODUCTION: Adrenal masses discovered by imaging techniques for reasons unrelated to adrenal diseases are called adrenal incidentalomas (Al). The aim of this study was to find out the clinical outcome of 28 patients operated for incidentally discovered adrenal mass and to update the literature concerning this topic. PATIENTS AND METHODS: From September 1976 to December 1999 we operated on 28 patients for adrenal incidentaloma. Adrenal masses were unilateral in 25 cases and bilateral in 5. Average age was 57 years (range 10-73). Hormonal study was performed in all patients. All patients underwent adrenalectomy by the transabdominal subcostal approach. RESULTS: Histopathology assessed the adrenal masses as primary in 19 patients and secondary in 9. 24-hour urinary vanillylmandelic acid (VMA) excretion was elevated in 2 patients. Adrenal insufficiency was detected in 1 case. Average tumor diameter resulted 5.8 cm (range 2-17). Histopathologic features of primary adrenal masses included pheochromocytoma in 5 cases, cysts in 4, myelolipomas in 3. nodular hyperplasia in 2, tuberculous mass in 1, cortical adenoma in 1, extra-bone marrow hemopoiesis in 1, cortical carcinoma in 1 and neuroendocrine tumor of the adrenal medulla in 1. The 9 adrenal metastasis resulted by renal cell carcinoma in 7 patients, urothelial carcinoma of the upper urinary tract in I and primary renal lymphoma in 1. Average follow-up was 68 months (range 6-246). Patients alive were 18 (64%), deal 10 (36%). Of the 19 patients with primary adrenal tumors 16 (84%) were alive and disease free and 3 (16%) died (I for disease and 2 for reasons unrelated to the primary tumor). Of the 9 patients with adrenal metastasis 2 (22%) were alive (I disease free and I with progression of the disease) and 7 (78%) died for disease. Replacement therapy for adrenocortical hormones was given 5 patients. CONCLUSIONS: Management of Al need CT or MRI and hormonal investigation in order to detect malignancy and subclinical hypersecretory syndromes. Subclinical functional adrenal masses, single adrenal metastasis and primary nonhypersecretory adrenal tumors sized 4 cm are treated by surgery. A close morpho-functional follow-up is indicated for primary adrenal incidentalomas when nonhypersecretory and smaller than 4 cm.

Adrenal extramedullary hematopoiesis: report on a pediatric case and update of the literature.

The authors report on a rare pediatric case of adrenal extramedullary hematopoiesis in a patient with beta-thalassemia disease. The lesion was clinically discovered as incidentaloma of the right adrenal gland and treated by surgery. Adrenal extramedullary hematopoiesis may clinically be detected as incidentaloma. Adrenal incidentalomas presenting with hematologic disorders, such as agnogenic myeloid aplasia and beta-thalassemia, need careful imaging as well as adrenal hormonal investigation in order to exclude malignancy and subclinical hypersecretory syndromes. Ultrasound or CT-FNA of the lesion are effective in finding out the disease.

Adult primary teratoma of the testis--report on 5 cases in clinical stage I disease.

OBJECTIVES: Testis pure teratoma accounts for 2.7% to 3% of all germ cell tumors in adult where it behaves as a malignant neoplasm. Pure teratoma of the testis presents in clinical stage I disease in 44% of the patients whose risk of having pathological stage II disease is 16.7% to 19.2%. Herein we report on 5 cases of adult pure teratoma of the testis presenting itself in clinical stage I disease. MATERIALS AND METHODS: From September 1976 to February 2000, 75 patients underwent orchidectomy for clinical stage I nonseminomatous germ cell cancer of the testis. Testis pure teratoma was detected in 5 patients (7%). Testis tumor markers were evaluated in all cases. Patients underwent imaging examination to detect the clinical stage of the disease. Treatment options after orchidectomy included retroperitoneal lymph node dissection (RPLND) in 4 patients and surveillance in 1. RESULTS: The average age of the patients was 31 years (range 24-45). The tumor was on the left sided in 3 cases (60%) and right in 2 (40%). Tumor average size was 3.2 cm (rang 1-6). Histopathology detected the following subtypes: mature teratoma in 3 cases (60%), immature teratoma in 1 (20%) and teratoma with malignant transformation in (20%). All patients were at clinical stage I disease. Germ cell cancer microscopic metastatic disease including embryonal carcinoma was detected in I dissected lymph node of 1/4 patients (25%). Average follow up was 166 months (range 93-249). All patients were alive and disease free and no relapses were detected during the follow up period. CONCLUSIONS: Primary pure teratoma of the testis does not respond to chemotherapy nor does it to radiation therapy. The disease treatment options after orchidectomy for patients with clinical stage I disease include RPLND or surveillance with their relative risks and benefits. RPLND is the chosen treatment because it is both staging and treating. A close a long term follow up is required since pure teratoma metastatic disease may clinically develop after more than 10 years.