[Secondary lung cancer risk after breast cancer radiation therapy. The benefits substantially overweight the minimal disadvantages].

Considerable evidence supports the rationale for postoperative radiotherapy after breast cancer surgery. Moreover, local tumour control affects survival too. High-dose irradiation is inherently associated with an increased risk of secondary malignancies in the long run.

[Oral contraception and the risk of breast cancer. Review of the literature].

At present an estimated hundred millions of women worldwide use oral contraception, but the influence of hormonal contraception on carcinogenesis of breast is not fully understood. Previous studies of breast cancer risk show inconsistent findings - from zero elevation to approximately 30%-40% increase in risk. The beneficial effect on ovarian and endometrial cancer risk is apparent.

[Alcohol and breast cancer. A short survey].

Regular consumption of alcohol increases the risk of developing (one or more of) several malignant conditions: the frequency of tumours in the aerodigestive tract, in the liver, in the colorectal region and in the breast is increased. The principal carcinogen component of alcoholic drinks is ethanol itself; the effect is unmistakably proportional to the daily/weekly dosage. Under the influence of alcohol-dehydrogenase, ethanol will metabolise to acetaldehyde, which is a known carcinogen.

[The post-treatment cognitive impairment ("chemobrain") in breast cancer patients. Short review.].

With the continually growing number of cancer survivors in the past decades there is an increased interest in understanding and treating the adverse events of cancer therapy, which damage the survivor's quality of life. Post-treatment cognitive impairment (chemobrain) is well known in women with breast cancer and other patients with malignancy. The goal of the current short review is to arouse the caregivers' attention to the not severe, but real problem.

[Treatment of bone metastases: bisphosphonates and denosumab].

Some disseminated tumor cells (as "seeds") feel well in the skeletal tissue, as a "soil", but the humoral crosstalk between tumor cells and bone cells disrupts the normal bone homeostasis (remodeling), which leads to a vicious circle, the multiple bone metastatic disease. The tumor cells could stimulate bone resorption, bone neo-formation or both, characteristic of the primary tumor. This usually incurable condition involves serious consequences, as fractures, pain, surgeries, irradiations, plegias, hypercalcemia, etc.