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Contemporary Oncology/Współczesna Onkologia
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vol. 20
Original paper

Male breast cancer: a clinicopathological study of an Egyptian population (Alexandria experience)

Maher Soliman, Marcin Hetnał

Contemp Oncol (Pozn) 2016; 20 (4): 335-340
Online publish date: 2016/09/05
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The incidence of male breast cancer (MBC) is low, constituting less than 1% of all breast cancer cases [1, 2]. In central and eastern Africa breast cancer rates are higher and reach 6% of cancers in men, which could be explained by hyperestrogenism due to endemic hepatic infectious disease [3]. A large epidemiological study has shown a growing incidence of male breast cancer of 1% in one year [1]. The male-to-female ratio of incidence in breast cancer is about 1% in western countries, but it was markedly higher in North Africa – 2.7% and even higher in Sub-Saharan countries – 4.9%. Moreover, in Africa the age at diagnosis of breast cancer was seven years later in men than in women [4].
The most important risk factors are family history and mutations of BRCA. More than twice the proportion of males with breast cancer have a family history, compared with 7% in the overall male population [5].
Other important risk factors are: Klinefelter syndrome, oestrogen or testosterone use, orchitis/epididymitis, obesity, lack of exercise, and exposure to radiation [6].
Invasive ductal carcinoma constitute approximately 90% of breast cancers in men, whereas only 1.5% of cases are lobular cancers, compared to about 15% of cases in women, which could be explained by the lack of lobules and acini in male breast tissue [5, 7].
The most common type of male breast cancer is hormone receptor positive – 82%, 15% are human epidermal growth factor receptor 2 (HER2)-positive (young patients more likely), and 4% are triple negative. An interesting phenomenon is that non-Hispanic black males are more frequently triple negative – 9% compared to Hispanic – 6% and non-Hispanic white – 3%. A study has shown that non-Hispanic black males had the worst outcomes [8].
Optimal treatments are still vague, and further work is clearly needed to better understand this disease [1–3, 9, 10].
The surgical, systemic, and radiation treatment of males with breast cancer are similar to the rules in the approach for women and depends on the extent of disease at presentation and other risk factors.
Due to the relative rarity of MBC, prospective randomised trials are lacking, and management of MBC is based on either retrospective series or extrapolation from that of females [1, 11]. Therefore, we try in this retrospective study to evaluate the clinicopathological features and treatment results of MBC presented to our tertiary referral centre.

Material and methods

In this retrospective study, the medical files of 39 men with pathologically proven breast cancer, who presented to the Clinical Oncology department, Alexandria Main University Hospital during the period from January 1998 to December 2005, were reviewed. Patients with clinical evidence of distant metastases at the time of presentation have been excluded. Data regarding history and clinical presentation, investigations, and treatment received were collected and correlated to local recurrence, distant metastasis, and survival.
The overall survival (OS) was calculated from the date of diagnosis to the date of death or last follow-up. Disease-free survival (DFS) was defined as time from date of diagnosis to date of local recurrence or distant failure, depending on what occurred earlier. Patients without disease recurrence were censored at last follow-up.
Survival was estimated using the Kaplan–Meier product-limit method using SPSS (v. 22) software (SPSS Inc., Chicago, IL, USA). Patient and tumour characteristics, namely age, T-stage, grade of tumour, axillary lymph node (LN) status, and hormone receptor status, were studied to determine the effect of each variable on survival rates. The two-sided log-rank test was used to test the association between patient variables and survival. P ≤ 0.05 was considered as significant.


Patients’ characteristics

Thirty-nine patients were included in this analysis. The median age of patients was 59 years (range: 33–80 years). Only three patients (7.7%) had positive family history. All patients presented by breast mass and about one third of them had axillary mass. Only six patients experienced nipple discharge. Around 80% had positive hormone receptor (oestrogen and/or progesterone receptors). Two thirds of patients had advanced T-stage (T3 and T4). Left-sided breast cancer occurred in 51.3%. Infiltrating ductal carcinoma (IDC) was the most common type of histology encountered, and grade 2 was the predominant grade of tumour. Table 1 shows the characteristics of the patients. Figures 1–6 shows paraffin and immunostained sections of two patients.


The majority of patients (87.2%) underwent modified radical mastectomy (MRM). Adjuvant chemotherapy CMF (cyclophosphamide, methotrexate, 5-fluorouracil) and CAF (cyclophosphamide, doxorubicin, 5-fluorouracil) regimens were given for 11 and 21 patients, respectively. Loco-regional radiotherapy was offered to 20 patients. Tamoxifen was administered in 31 patients as an adjuvant after chemotherapy and/or radiotherapy.

Disease-free survival

Seven patients (17.9%) suffered a distant relapse and two patients suffered a local recurrence (5.1%). The commonly involved sites were bone (four patients), lung (three patients), and liver (two patients; one patient developed multiple metastatic sites). The five-year DFS for the entire group was 82% (Fig. 7A). DFS at five years for axillary node-negative patients was 100% and for axillary node-positive patients was 44% (p = 0.001). Patients with positive hormone receptors had significantly better five-year DFS (88%) compared to those with negative hormone receptors (25%; p = 0.000). T-stage (p = 0.541), grade (p = 0.835), and type of adjuvant chemotherapy received (p = 0.447) had no impact on the five-year DFS (Fig. 8).

Overall survival

The five-year overall survival rate of patients was 84% (Fig. 7B). In univariate analysis, patients with negative axillary node had significantly better OS compared to those with positive axillary node (p = 0.001). The subset of patients with positive hormone receptors had significantly better five-year OS compared with those with negative hormone receptors (p = 0.000). There was no statistically significant difference in OS based on T-stage, grade of tumour, or type of chemotherapy given.


The earliest recorded case of MBC is described in the Edwin Smith papyrus from Egypt (3000–2500 BC); in modern times, the British physician John of Arderne is reported to be the first to discover this disease in a male patient in the 14th century [12, 13]. Male breast cancer, despite being increased in the last decades, is still a rare disease and under-evaluated [1]. Thus, collection of comprehensive data on the presentation and management of MBC may help to optimise the outcome of patients.
The median age of our patients was 59 years, which is consistent with that reported by Crichlow [11]. Unlike female breast cancer, the age at diagnosis in men had no impact on DFS or OS in our series, and this is agreement with that reported by Borgen et al. [14].
Consistent with literature [1, 15, 16], we have demonstrated that men tend to have more advanced disease with larger tumour size and more frequent lymph node involvement (about 50% of our patients). This could be explained by the lack of a screening program (unlike for women), smaller breast tissue, unawareness of patients, and lack of expectation among treating physicians; furthermore, the stigma of cancer in general, and breast cancer (a disease of woman) in particular, make men seek medical advice later.
Men are significantly more likely to have hormone receptor-positive disease than women. Similar to that reported by Giordano et al. [1], 80% of men had hormone receptor-positive tumours in our series, compared with 67–76% in women [9, 17, 18].
Oestrogen receptor is expressed in 75–97%, progesterone receptor in 59–96%, and HER2 in 1.7–29% in MBC in different series [19].
Surgery is the keystone in the treatment of MBC followed by adjuvant therapy [20–22]. Post-operative chemotherapy was given in about 80% of patients depending on the extent of tumour (T- & N-stage), hormone receptor status, age, performance status of the patients, and associated co-morbidities. Adjuvant radiotherapy was applied in about half of our patients due to any of the following: involvement of the skin and/or pectoral muscle and areola, inadequate margins, and metastatic spread to the axillary lymph nodes. Tamoxifen was the only adjuvant hormonal therapy experienced in our patients with hormone receptor-positive disease.
The five-year survival rate of patients was 84%, which is consistent with that reported by previous studies [2, 14]. Survival is comparable with reports form developed countries and higher than other series from Africa [23, 24]. Borgen et al. [14] found that the five-year OS was 85%. Relapse-free survival at five years for axillary node-negative patients was 87% and for node-positive patients was 30%. Five-year survival was 100% for the node-negative subset and 60% for the node-positive subset. Like in female breast cancer, we found that the most powerful predictors of outcome in men were axillary lymph nodes status and hormone receptors status. However, T-stage did not impact the survival because only one patient had T1, and we analysed T1 & T2 together [20, 25].
The current study documents improved survival rates compared to those that have been historically reported for male breast cancer patients, and these may be a reflection of the proper adjuvant treatment received in most of our patients [21, 22, 26–29]. The survival figures reported are similar to currently accepted figures reported for female breast cancer [2, 14].
To our knowledge, this is the first trial from our heavily populated city with more than four million persons to address this issue. We know that our study has some limitations, being a retrospective trial with selection bias, small sample size, and a lack of information on risk factors such as testicular disease, benign breast conditions, and the Klinefelter syndrome. Moreover, pathological data regarding BRCA1, BRCA2, Her2/neu, and Ki-67 are not available [30]. Multivariate analysis was not performed to determine the independent effect of each variable in the presence of other variables.
In conclusion, MBC is very similar to female breast cancer but has certain unique features, which should be further explored in future research. In the absence of solid evidence, adjuvant treatment should be strongly considered and should be based on the greater base of knowledge available for carcinoma of the female breast.

The authors declare no conflict of interest.


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Address for correspondence

Marcin Hetnał
Amethyst Radiotherapy Centre
Złotej Jesieni 1 31-826 Krakow, Poland
e-mail: marcin.hetnal@gmail.com

Submitted: 13.03.2016
Accepted: 1.08.2016
Copyright: © 2016 Termedia Sp. z o. o. This is an Open Access article distributed under the terms of the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0) License (http://creativecommons.org/licenses/by-nc-sa/4.0/), allowing third parties to copy and redistribute the material in any medium or format and to remix, transform, and build upon the material, provided the original work is properly cited and states its license.
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