Ml. Smith et al., REDUCTION MAMMAPLASTY - ITS ROLE IN BREAST-CONSERVATION SURGERY FOR EARLY-STAGE BREAST-CANCER, Annals of plastic surgery, 41(3), 1998, pp. 234-239
Segmental resection and radiotherapy is an accepted alternative over m
astectomy for small, staged breast malignancies. However, women with l
arge, pendulous breasts have been documented to have poorer cosmetic o
utcomes when undergoing irradiation after breast conservative surgery
compared with women with small- or medium-size breasts, thought to be
caused by dose inhomogeneity. The purpose of this study was to evaluat
e the efficacy of combining reduction mammaplasty with breast conserva
tive surgery to facilitate postoperative irradiation. Between 1988 and
1996, 10 women have undergone bilateral reduction mammaplasty for bre
ast malignancy followed by radiation therapy at our center. All women
wished to avoid mastectomy (average age, 59 years). All lesions were d
etected preoperatively on mammography. The average amount of tissue re
moved was 945 g per breast. A variety of reduction techniques were emp
loyed to include the malignant lesions. All patients received 50 Gy of
radiation therapy delivered in 25 fractions following reduction mamma
plasty during a fi-week period. Radiation therapy was usually initiate
d within 4 weeks following surgery. Follow-up is currently 37 months,
with all patients being followed for at least 8 months. No patients ha
ve had complications from the surgery or radiation therapy. No local r
ecurrent malignancies have been detected. Cosmesis has been good to ex
cellent in all patients. Despite equivalent survival outcomes for mast
ectomy for early-stage breast cancer, certain women are not good candi
dates for breast conservation and radiation therapy. An alternative fo
r women with large, pendulous breasts that combines breast conservatio
n therapy and concurrent bilateral reduction mammaplasty should be con
sidered. This combination, in selected women, provides good functional
and cosmetic results, and at the same time minimizes the potential di
fficulties of radiation therapy.