This study involves women with ovarian cancer, which is a disease that affects the ovaries, the female organs that produce eggs. The study also includes women with cancer of the fallopian tubes, which are the tubes connecting the ovaries to the womb, and cancer of the peritoneum, which is the lining of the abdominal cavity. These cancers are often treated with surgery to remove as much of the cancer as possible, followed by chemotherapy, which is medication that kills cancer cells. The treatment being tested in this study uses carboplatin, a chemotherapy drug that is delivered directly into the abdominal cavity during surgery at normal body temperature. This method is called Normothermic Intraperitoneal Chemotherapy. The drug is given through a route called intraperitoneal use, which means it is placed inside the abdominal cavity rather than given through a vein.
The purpose of this study is to check whether this treatment method is safe and practical for older and more fragile women with advanced ovarian cancer who may not be suitable for a similar treatment that uses heat. The study will look at how the treatment affects the body, including any side effects or complications that may occur during or after surgery. It will also measure how the drug moves through the body and how it affects both healthy tissue and cancer tissue in the abdominal area. Additionally, the study will examine how this treatment affects inflammation and blood flow in the tissues.
Women participating in this study will first receive chemotherapy before surgery to shrink the cancer. Then, during surgery to remove the cancer, they will receive carboplatin directly into the abdominal cavity. After surgery, they will be monitored for any complications and side effects. The study will track how long patients stay in the hospital, whether they need additional surgeries, and how soon they can start additional chemotherapy after surgery. The study will also look at quality of life through questionnaires and will measure various biological markers in both tissue samples and blood to understand how the treatment works. The entire study is expected to continue until 2027.



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