Reflex high risk HPV testing in atypical squamous cells, cannot exclude high grade intraepithelial lesion: a large institution's experience with the significance of this often ordered test.

OBJECTIVE: Cervical cytology specimens diagnosed with ASC-H consist of squamous cells with equivocal cytology for high-grade dysplastic lesions. We reviewed our cases of ASC-H with reflex HPV testing to evaluate this patient population. STUDY DESIGN: We retrospectively identified patients with ASC-H in Pap smears over a 3-year period. Reflex high-risk (HR) HPV DNA testing was performed by request. Follow-up results and smear characteristics were evaluated. RESULTS: HR HPV DNA testing was positive in 60 of 82 (73%) cases tested. The risk of high grade cervical intraepithelial neoplasia (CIN) on follow-up after a positive HPV test with ASC-H is 68.3%. The risk of high grade CIN after a negative HPV test with ASC-H is 58.3%. High grade CIN lesions were found in 20% HPV-negative patients. The cellularity of atypical cells in Pap smears was not helpful in analyzing differences in HPV-positive and HPV-negative ASC-H. CONCLUSION: The risk of high grade dysplasia after an ASC-H Pap diagnosis was high irrespective of the reflex HPV test results in our patient population. Therefore, our findings support the continued utilization of the current ASCCP guidelines of colposcopy and caution when utilizing reflex HR HPV testing in the colposcopy triage ASC-H patients.

A retrospective study of the diagnostic accuracy of fine-needle aspiration for breast lesions and implications for future use.

In recent years, the use of fine-needle aspiration (FNA) in the diagnosis of breast lesions has declined in many institutions. We sought to evaluate the role of FNA for breast lesions and the annual rate of the procedure at our institution over a 4(1/2) year period (May 2002-October 2006). A total of 831 FNAs were performed, with 258 (31%) having histologic follow-up. The number of FNAs obtained was 159 from 5/02 to 4/03, 192 from 5/03 to 4/04, 194 from 5/04 to 4/05, 191 from 5/05 to 4/06, and 95 from 5/06 to 10/06. Each case was placed into one of four categories: nondiagnostic (9%), benign (77.5%), atypical/suspicious (5.5%), or malignant (8%). Surgical tissue was available for 37% of nondiagnostic cases, 22% of benign cases, 80% of atypical/suspicious cases, and 72% of malignant cases. The overall sensitivity and specificity for FNA was 83 and 92% respectively. The overall positive and negative predictive values were 83 and 92% respectively. There were no false-positive cases, indicating a positive predictive value of 100% for a Dx of malignancy. For cases with surgical follow-up, the false-negative rate was 5.4%. Although there is a national trend away from FNAs of breast lesion, this has not been the experience at our institution. Although FNA may not be ideal in the initial evaluation of suspicious lesions, we argue that FNA for clinically benign palpable lesions and recurrent carcinomas has significant value.