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Background: Delays in initiating adjuvant chemotherapy after breast cancer surgery seems to have an impact on patients' risk of relapse and their survival rate. The aim of this retrospective study was to identify factors delaying initiation of adjuvant chemotherapy after breast surgery., Material and Methods: All patients undergoing surgical treatment for mammary cancer between June 2014 and June 2015 and receiving adjuvant chemotherapy were selected retrospectively., Results: In multivariate analysis, 3 factors significantly delay initiation of adjuvant chemotherapy: a secondary procedure (odds ratio [OR], 6.67; P = .00012), inclusion in a therapeutic trial (OR, 8.46; P = .0013), and a positive HER2 status (OR, 3.02; P = .063 [statistically significant])., Discussion: This study provides a brief overview of the population most likely to experience a delay in the initiation of their adjuvant chemotherapy after cancer surgery. Our findings should assist interventions during initial management., Competing Interests: Disclosure None., (Copyright © 2021 Elsevier Inc. All rights reserved.)

Aims: To determine overall survival of patients treated for a first relapse of FIGO stage III ovarian cancer, outside of randomized trial, with a long term follow-up and to identify prognostic factors., Materials and Methods: A consecutive series of 108 patients treated for a first relapse of a FIGO stage III ovarian cancer was retrospectively included from December 1999 to November 2004. Each patient was treated with platinum-based chemotherapy in case of late (>6 months) relapse and with salvage chemotherapy without platinum in case of <6 months relapse. For statistical analysis the studied parameters were age, histological subtype, the completeness of initial surgery, disease-free period, localization of the relapse, clinical response to second-line chemotherapy, the completeness of secondary cytoreductive surgery (SCS) when it was performed., Results: Median follow-up from the first relapse was 40 months. From the 108 patients, 35 underwent SCS. Median overall survival from the first relapse was 13 months in case of no SCS or non-optimal SCS and 35 months for patient with an optimal SCS (p = 0.006). In a multivariate analysis age, disease-free period, the clinical presentation of the relapse, completeness of SCS and response to second line chemotherapy appeared to be independent prognostic factors., Conclusions: Prognostic factors of ovarian cancer relapse are directly or indirectly linked with the feasibility of a complete SCS. Thus in the case of an ovarian cancer relapse, the feasibility of SCS must be considered in order to give the patient the best chance to experience its complete removal., (Copyright © 2011 Elsevier Ltd. All rights reserved.)

Background: Photodynamic therapy is a promising anticancer modality. The effect of adjuvant intraoperative photodynamic therapy (AIOPDT) using photosensitizers Photofrin or mesotetra (hydroxyphenyl) chlorin (m-THPC) was evaluated in a mouse model of local recurrence of colorectal cancer., Methods: Animals were injected with either photosensitizer 24 h before surgery. Standard excision included removal of all visible tumour by a surgeon blinded to both the drug and subsequent light treatment. Following surgery the tumour beds were illuminated with either 70 J cm-2 of 510-nm light (Photofrin) or 2.5 J cm-2 of 652-nm light (m-THPC). Control groups had either surgery only, surgery and Photofrin only, surgery and m-THPC only, or surgery and either 652-nm or 510-nm light., Results: After a 70-day observation period, the local recurrence rates were 25-26 per cent in the photodynamic therapy groups compared with 80-90 per cent in the control groups (P < 0.001)., Conclusion: AIOPDT using either Photofrin or m-THPC was equally effective in reducing local recurrence in this model. Since treatment time with m-THPC was only 25 s compared with 11 min with Photofrin, the use of the former new photosensitizer increases the practicality of AIOPDT and could enable the laser to be replaced with cheaper, less intense light sources.