Routine Pathology Examination of Breast Tissue in Adolescent Reduction Mammaplasty: Not Cost Effective in a 7-Year Review.

BACKGROUND: Routine pathology examination of breast tissue in reduction mammaplasty (RM) is performed with aims of detecting incidental malignancy or risk-increasing lesions. In adolescent patients, the reported incidence ranges between 0% to 0.01%, and costs of pathology claims range between $23 and $614 per analysis. We aim to investigate the rate of incidental findings and the cost-effectiveness of routine pathology examination in adolescent RM. METHODS: A single-center retrospective review of the pathology results for 132 breast specimens from 66 consecutive RM patients was performed. Data collected for analysis included breast cancer risk factors, demographic information, and operative variables. RESULTS: Zero cases of incidental malignant or risk-increasing lesions were found among the 132 breast specimens from 66 patients aged between 10 and 24 years. Of the 132 specimens, 34 (26%) contained benign fibrocystic disease, which was significantly associated a body mass index greater than 30 kg/m 2 and tissue resection weight greater than 1000 g per breast ( P = 0.003, P = 0.007) respectively. CONCLUSIONS: Based on the available data, the use of routine specimen analysis costs more than US $150 million for one breast cancer diagnosis during RM in this age group. In our study, zero atypical, precancerous, or cancerous lesions were detected in a 7-year analysis. The results of this study support the current literature, which reports no occurrence of incidental findings in young women and may promote a greater understanding of evidence-based healthcare spending while concomitantly decreasing the strain placed on histopathology services.

Soft Tissue Expansion in Total Knee Arthroplasty Due to Extensive Scarring and Fibrosis in Multiple-Operated Knee.

Background: Inadequate wound closure is a feared complication following total knee arthroplasty (TKA). A knee with a multiple operative history, excessive scarring, and fibrosed surrounding soft tissue presents a significant challenge. In cases with preoperative uncertainty for sufficient soft tissue coverage because of ischemia and tension on closure, soft tissue expansion (STE) has been reported to be an effective tool for optimizing successful closure. Case Report: For the case in this report, STE was performed on a knee with multiple scars, potential ischemia, fibrosis, and soft tissue contractures prior to TKA. Conclusions: In cases of uncertain soft tissue coverage in TKA, the use of STE can be a useful method in creating adequate wound closure.