Non Metastatic Breast Cancer

The MAEva program combines Acceptance and Committment Therapy (ACT) and mindfulness practices. It is an open and circular intervention, in three sessions (Mindfulness, Acceptance, and Commitment to values). It is designed for cancer patients and was the subject of an initial study that explored its feasibility and acceptability, as well as the initial results on psychological well-being. This randomized, multicenter clinical trial is necessary to demonstrate the efficacy of the MAEva program compared to a discussion group with non metastatic breast cancer patients. Patients will be included and randomized into two arms: * In the first arm, patients will have the opportunity to participate in the MAEva program for nine consecutive weeks. * and the second arm patients will have the opportunity to participate in a discussion group for nine consecutive weeks. The patients will be able to attend one session per week for nine consecutive weeks. Quantitative assessments of quality of life, symptoms of stress, anxiety, and depression, as well as psychological flexibility, will be conducted before the first session, after 3 weeks, 9 weeks, and 12 weeks. Also, a qualitative analysis will be conducted based on satisfaction questionnaire and a semistructured interview performed after the end of the program. The interview analysis will described the extent to which the intervention is adapted to the realities on the ground and the needs of the target population. It will enable to identify how patients appropriate the psychological flexibility processes taught in the program in relation to the conceptual framework of ACT therapy (i.e., contact with the present moment, self-as-context, acceptance, defusion, values, and committed action) and integrate them into their daily lives.

This is a pilot study to evaluate the effects of azeliragon to decrease cardiac toxicity from chemotherapy and the safety of azelirgaon when given with chemotherapy. The Investigators hypothesize that there will be no significant interaction with Azeliragon and chemotherapy and that targeting the RAGE pathway will decrease anthracycline related cardiotoxicity and chemotherapy related cognitive decline.

Breast cancer is the most frequently diagnosed cancer in the world. In France, 58,000 new cases were detected in 2018. Breast cancer is therefore the most common cancer in women. The 5-year survival rate for all stages combined is 88%. These excellent survival figures have been achieved thanks to improvements in treatment, including the advent of chemotherapy. The majority of patients will be cured of their cancer, so post-cancer quality of life is a major issue, hence the importance of trying to reduce long-term sequelae. Taxanes are one of the main cytotoxic anticancer agents used in the treatment of breast cancer. However, taxanes have a direct effect on the central and peripheral nervous systems and can induce chemotherapy-induced peripheral neuropathy (CIPN). The mechanisms of NPIC by taxanes are not fully understood. CINP is manifested by symptoms of paresthesia, numbness, burning, pain, altered temperature perception, myalgia, myopathy, fine motor difficulties, gait and balance disturbances, muscle weakness in the lower limbs and/or functional decline. NPIC occurs in 80 to 97% of patients treated with taxanes and is the main limiting toxicity during paclitaxel administration. NPIC often leads to postponement or reduction of dose, or even discontinuation of treatment. In addition, NPIC may last for several months or even years after the end of anti-cancer chemotherapy and represents the main long-term sequelae. This can promote and/or exacerbate symptoms of psychological distress (depressive symptoms and symptoms of anxiety) and lead to a reduction in quality of life (QoL). Prevention of NIPC is therefore a major issue in breast cancer treatment. According to the 2014 guidelines from the American Society of Clinical Oncology, prevention and treatment of IPN are inadequate with current weapons, and there is an urgent need to evaluate and find new methods of prevention. One of the challenges in the management of NIPC will be to reduce the pain induced without diminishing the anti-tumour effect of anti-cancer agents. In recent years, the effectiveness of cryotherapy using a frozen glove and compression therapy using surgical gloves (SG) in preventing taxane-induced PINC has been reported. During chemotherapy, patients wore a frozen glove on one hand and two surgical gloves of the same size on the other hand continuously. Recent study explained how compression therapy and cryotherapy shared a similar mechanism of reducing drug exposure due to vasoconstriction during paclitaxel infusion. The low temperature associated with cryotherapy would reduce paclitaxel uptake and peripheral nerve damage, or mechanotransduction, and allow a reduction in NIPC. To date, no study has investigated the efficacy of combining the two means of prevention. The current standard at the Centre Antoine Lacassagne is cryotherapy. The aim of this prospective, self-controlled trial is therefore to compare the efficacy of cryotherapy combined with compression prevention versus cryotherapy alone in preventing paclitaxel-induced peripheral neuropathy in patients undergoing adjuvant treatment for localised breast cancer.