PURPOSE: To investigate the yield of core biopsy in the histologic characterization of atypical ductal hyperplasia (ADH) and to assess the radiological patterns, if any, of this condition. MATERIAL AND METHODS: January 1993 to October 1997 we studied 553 lesions, 8 of them with a diagnosis of ADH made on microhistologic samples obtained with 14G needles. Biopsy was performed under US guidance in 81.7% of cases and under mammographic guidance in 18.3%. The breast lesions were studied with mammography, US and MRI, the latter in one case. ADH was diagnosed by strict application of Page's and lesion extent criteria. RESULTS: Seven of 8 lesions with a core biopsy diagnosis of ADH were submitted to surgical biopsy. The diagnosis was changed in as many as 6 of 8 cases, into typical ductal hyperplasia (1 case) and carcinoma (1 papilliferous, 3 ductal infiltrating and 1 in situ lesions). ADH was confirmed in one case only. DISCUSSION: In agreement with other authors, we found no specific radiological patterns of ADH. Moreover, the core biopsy diagnosis of ADH requires a surgical biopsy, because ADH is often associated with carcinoma. CONCLUSIONS: Surgical biopsy is needed to diagnose ADH and therefore it is useless to perform more invasive procedures than 14G core biopsy.
PURPOSE: To investigate the yield of core biopsy in the histologic characterization of atypical ductal hyperplasia (ADH) and to assess the radiological patterns, if any, of this condition. MATERIAL AND METHODS: January 1993 to October 1997 we studied 553 lesions, 8 of them with a diagnosis of ADH made on microhistologic samples obtained with 14G needles. Biopsy was performed under US guidance in 81.7% of cases and under mammographic guidance in 18.3%. The breast lesions were studied with mammography, US and MRI, the latter in one case. ADH was diagnosed by strict application of Page's and lesion extent criteria. RESULTS: Seven of 8 lesions with a core biopsy diagnosis of ADH were submitted to surgical biopsy. The diagnosis was changed in as many as 6 of 8 cases, into typical ductal hyperplasia (1 case) and carcinoma (1 papilliferous, 3 ductal infiltrating and 1 in situ lesions). ADH was confirmed in one case only. DISCUSSION: In agreement with other authors, we found no specific radiological patterns of ADH. Moreover, the core biopsy diagnosis of ADH requires a surgical biopsy, because ADH is often associated with carcinoma. CONCLUSIONS: Surgical biopsy is needed to diagnose ADH and therefore it is useless to perform more invasive procedures than 14G core biopsy.
Authors: C A Pistolese; A Ciarrapico; T Perretta; E Cossu; F della Gatta; S Giura; C Caramanica; G Simonetti Journal: Radiol Med Date: 2011-10-21 Impact factor: 3.469
Authors: C A Pistolese; A M Ciarrapico; F Della Gatta; T Perretta; E Cossu; F Bolacchi; E Bonanno; G Simonetti Journal: Radiol Med Date: 2009-05-30 Impact factor: 3.469