Advanced Stage Cancer of Tubes clinical trials

Impact of Systematic Imaging for Follow up of Patients With Ovarian, Fallopian Tube or Primary Peritoneum Cancer

After well-conducted treatment of ovarian, tubal and primary peritoneum cancer by maximum tumor reduction surgery and chemotherapy including platinum salt and paclitaxel, the clinical remission rate is over 50%. However, 75-80% of patients with ovarian, tube or primary peritoneum cancer recur within 2 years of the end of treatment. In the latest INCa recommendations for 2018, systematic imaging (thoraco-abdomino-pelvic scanner (CT), MRI, PET CT) is not recommended based on the literature because of its low added value compared to CA 125 dosage (sensitivity ranging from 67% to 95%, and specificity of 87% to 93%), its irradiating character (CT) and its cost. However, the recommendations are based on imaging studies dating back at least a decade. Since these studies, technological advances have improved the diagnostic performance of imaging: sensitivity is 78% for whole-body CT scans and 98% for full-body MRI for the diagnosis of ovarian cancer recurrence. Furthermore, previous randomized studies showed no survival benefit with early treatment of relapse on the basis of a high concentration of CA125 alone, so the value of routine CA125 measurement in the follow-up of ovarian cancer patients may be limited. These recent studies lead to heterogeneity in surveillance protocols for ovarian cancer patients despite recommendations. In addition, treatments for recurrences have evolved as well as maintenance treatments to become chronic treatments, with the emergence of the maintenance new treatments detecting early recurrence is particularly important (notably through the development of new molecules given in maintenance treatment). But early detection have to be balanced with the quality of life of these patients. In usual care, imaging surveillance is often carried out despite the absence of recommendations or data from the literature of high level of evidence. The question arises as to whether radiological monitoring could make an impact on patient survival without being a source of excessive false positives, patient stress and non-productive costs. QUALOV trial is a multicenter randomized study for patients in remission after treatment of advanced stage serous epithelial ovarian, fallopian tube or primary peritoneum cancer (stage III and beyond). The main objective is to assess the effectiveness of systematic imaging for patients followed after advanced stage serous epithelial ovarian, fallopian tube or primary peritoneum cancer