Abstract

Background. Assessment of the ratio between tumour volume and breast volume in therapeutic mammoplasty is paramount. Traditionally based on clinical assessment and conventional breast imaging, the role of breast magnetic resonance imaging (MRI) in this context has not been established. Methods. Data was collected from all women undergoing therapeutic mammoplasty (TM) between 2006 and 2011. Each case was discussed at an MDT where MRI was considered to facilitate surgical planning. The contribution of MRI to disease assessment and surgical outcome was then reviewed. Results. 35 women underwent TM, 15 of whom had additional MRI. 33% of patients within the MRI subgroup had abnormalities not seen on either mammography or USS. Of those undergoing MRI, 1/15 patients required completion mastectomy versus 3 patients requiring completion mastectomy and 1 patient requiring further wide local excision (4/20) in the conventional imaging group. No statistical difference was seen between size on MRI and size on mammography versus final histological size, but a general trend for greater correlation between size on MRI and final histological size was seen. Conclusion. MRI should be considered in selected patients undergoing therapeutic mammoplasty. Careful planning can identify those who are most likely to benefit from MRI, potentially reducing the need for further surgery.

Highlights

  • The primary aim of surgical oncology is complete removal of the cancer with clear margins

  • It may even be of functional benefit to women with macromastia who would otherwise be suitable for reduction mammoplasty [5,6,7]

  • To assess the role and contribution of magnetic resonance imaging (MRI) to the preoperative planning of women with breast cancer who are considered potentially suitable for therapeutic mammoplasty

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Summary

Introduction

The primary aim of surgical oncology is complete removal of the cancer with clear margins. Therapeutic mammoplasty (TM) aims to overcome some of the problems associated with breast conserving surgery such as long-term asymmetry, deformity, and technically difficult irradiation of large, ptotic breasts. It may even be of functional benefit to women with macromastia who would otherwise be suitable for reduction mammoplasty [5,6,7]. 33% of patients within the MRI subgroup had abnormalities not seen on either mammography or USS Of those undergoing MRI, 1/15 patients required completion mastectomy versus 3 patients requiring completion mastectomy and 1 patient requiring further wide local excision (4/20) in the conventional imaging group. Careful planning can identify those who are most likely to benefit from MRI, potentially reducing the need for further surgery

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