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Anna Azvolinsky

Articles by Anna Azvolinsky

The results of the 2-year follow-up of the dasatinib DASISION phase III trial show the continued superiority of the drug compared to imatinib. The results provide further support for treatment of first-line chronic phase chronic myeloid leukemia patients that harbor the Philadelphia chromosome.

A large cohort study shows that women on antiestrogen therapy have a lower risk of melanoma. In a study of 7360 women diagnosed with breast cancer between 1980 and 2005, 54% were given supplemental antiestrogen therapy. The rate of cutaneous melanoma was 60% higher for those women not taking antiestrogen supplements compared with the expected rate of melanoma incidence based on age and other factors.

The phase III randomized RESORT (ECOG Protocol E4402) trial asked whether a maintenance schedule of rituximab every 3 months would lead to a superior disease control outcome compared to retreatment upon progression. The answer, presented this week at ASH, is no.

The first plenary session at this year’s ASH was kicked off by the presentation of a study that showed that when stem cells come from donors unrelated to the patient there is no difference in patient survival between the use of cells sourced from peripheral blood or bone marrow.

The San Antonio Breast Cancer Symposium brings together basic science researchers and clinicians for the latest breast cancer research-related progress. The symposium has evolved from a 1-day local conference to a 5-day international meeting focusing on clinical, preventive, diagnostic, translational, and basic research.

Is estrogen plus progestin better than estrogen alone for symptom relief in menopausal women? For women who have not had a hysterectomy, adding progestin to estrogen therapy counteracts the increased risk of uterine cancer from estrogen monotherapy. However, the progestin and estrogen combination increases breast cancer risk. The combination treatment also comes with its own side effects, including breast tenderness, which ranges from 8% to 15% of patients in randomized clinical trials.

Researchers have developed a novel way to molecularly target and kill cancer cells, called photoimmunotherapy. The method uses a monoclonal antibody against the epidermal growth factor coupled to a near-infrared dye. The result is a target-specific photosensitizer that causes specific cell death of cells bound by the antibody when NIR light is applied.