Journal of surgical oncology · 1999
Clinical observations of axillary involvement for tubular, lobular, and ductal carcinomas of the breast.
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Leonard C E, Philpott P, Shapiro H, Corkill M, Gonzales C, Ponce J, Howell K, Aarestad N, Sedlacek S M
Аннотация
BACKGROUND AND OBJECTIVES: Recently, there has been much interest in identifying primary breast cancer characteristics which have predictive value for axillary metastases. We studied breast cancer patients to determine variables associated with the incidence/extent of axillary involvement and to construct a modeled analysis.
METHODS: Patients with invasive ductal, lobular, and tubular breast cancer (group 1, n = 15,719) were analyzed by tumor size and histology for the probability/extent of axillary metastases. A subgroup of patients was analyzed separately for any association of axillary involvement and other variables (group 2).
RESULTS: In group 1, the incidence and extent (number of positive lymph nodes) of axillary metastases correlated significantly with histology and increasing tumor size of ductal and lobular histologies. Significant associations for < or = 10% axillary involvement in group 2 were age and S phase for tubular histology and differentiation for ductal histology. In a multivariate analysis, increasing tumor size was the only statistically significant correlate for axillary involvement (group 2) and for increasing number of positive nodes (group 1).
CONCLUSIONS: A multivariate model of tumor size and age combined with staging techniques can successfully confirm or assess extent of axillary metastases in breast carcinoma.
METHODS: Patients with invasive ductal, lobular, and tubular breast cancer (group 1, n = 15,719) were analyzed by tumor size and histology for the probability/extent of axillary metastases. A subgroup of patients was analyzed separately for any association of axillary involvement and other variables (group 2).
RESULTS: In group 1, the incidence and extent (number of positive lymph nodes) of axillary metastases correlated significantly with histology and increasing tumor size of ductal and lobular histologies. Significant associations for < or = 10% axillary involvement in group 2 were age and S phase for tubular histology and differentiation for ductal histology. In a multivariate analysis, increasing tumor size was the only statistically significant correlate for axillary involvement (group 2) and for increasing number of positive nodes (group 1).
CONCLUSIONS: A multivariate model of tumor size and age combined with staging techniques can successfully confirm or assess extent of axillary metastases in breast carcinoma.