A total of 468 patients were evaluated using a high-resolution scanner with a high-frequency transducer. Scrotal calcifications were diagnosed by sonographic criteria in 22 patients. Size, number, arrangement, and especially location (testicular or extratesticular) were precisely determined.Calcifications, located within testicular parenchyma, particularly if multiple and grouped, were considered highly suspicious for malignancy, and surgery was mandatory. Based on these sonographic features, 9 patients underwent surgery with pathological examination.In all, calcifications were confirmed and found in 4 necrotic germ-cell tumors, in a germ-cell tumor scar but with intratubular occult seminoma, in 1 epidermoid testicular cyst, in 1 tuberculous epididymo-orchitis, in 1 granulomatous orchitis, and at last, in 1 ruptured testis with an old hematoma. In the 13 remaining patients, calcification was usually defined as solitary, large, and extratesticular by sonography and considered benign. No changes were seen in follow-up examinations. Indexing Words: Testis, ultrasound studies Testis, neoplasms Scrotum, calcificationThe detection of calcifications during sonography adds ancillary information in the diagnosis of a number of diseases of the liver, pancreas, biliary tract, and urinary tract. The significance of calcifications in the scrotum is evolving in the sonographic literature.'"To investigate the significance of calcifications in the scrotal sac, we reviewed 22 sonograms with calcifications diagnosed by sonography, and compared these sonographic characteristics to surgical and histological findings in 9 cases; 13 other cases were followed, both clinically and by sonography .
PATIENTS AND METHODSOver the past four years, 951 scrotal sonograms were performed in 468 patients. Almost all ultrasound studies were obtained with a 7.5-MHz transducer adapted for use with a static or dynamic image scanner. Several scans were performed using a 5-MHz transducer with a water path. The gain settings were always adjusted properly by examining the contralateral supposedly normal hemiscrotum. Longitudinal as well as transverse sections were methodically obtained to ensure that the entire half of the scrotum was examined. Transverse images with the median raphe in the center of the scan were also obtained to show both testes on the same image to facilitate comparison. Lastly, it was occasionally useful to perform sonography with a patient in both supine and standing positions.
RESULTSOf the 951 sonograms, 336 were considered abnormal and classified as follows:32 testicular tumors (9.5%), 22 trauma (5.6%), 156 infectious diseases (46.4%), 103 dystrophic diseases (30.6%), and 23 miscellaneous (6.8%).The traumatic cases included those with testicular torsion. Dystrophic diseases included cystic dystrophies of any part of the scrotal sac, varicoceles, ectopia, and cryptorchidism.In 95 cases (28%), acute scrotal pain was the initial manifestation.
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