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Click here to download the entire interview | |||||
Track 1 | Imaging techniques used in the assessment of rectal cancer | ||||
Track 2 | Treatment of low rectal lesions and sphincter preservation | ||||
Track 3 | Neoadjuvant therapy versus up-front surgery for the treatment of high rectal lesions | ||||
Track 4 | Clinical indications and timing of neoadjuvant therapy in the treatment of rectal cancer | ||||
Track 5 | Local versus total mesorectal excision | ||||
Track 6 | NSABP-R-04: Preoperative chemoradiation therapy with capecitabine versus 5-FU, with or without oxaliplatin, for rectal cancer | ||||
Track 7 | Preoperative oxaliplatin-based chemoradiation therapy for the treatment of rectal cancer in clinical practice | ||||
Track 8 | Combining radiation therapy and biologic therapy in the neoadjuvant setting | ||||
Track 9 | Synergism of biologic agents with radiation therapy and/or chemotherapy | ||||
Track 10 | Bevacizumab-associated side effects and complications |
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Track 1 | Phase III trial evaluating surgery with or without perioperative FOLFOX for patients with resectable hepatic metastases from colorectal cancer | ||||
Track 2 | Hepatic toxicity secondary to neoadjuvant chemotherapy | ||||
Track 3 | Biologic agents in the perioperative setting | ||||
Track 4 | Conversion of inoperable liver metastases to resectable disease | ||||
Track 5 | RFA versus hepatic resection | ||||
Track 6 | Importance of hospital volume and surgeon experience in hepatic surgery | ||||
Track 7 | Management of primary colon or rectal cancer with synchronous liver metastases | ||||
Track 8 | NSABP-C-10: FOLFOX and bevacizumab for metastatic and synchronous asymptomatic primary colon cancer | ||||
Track 9 | Cytoreductive surgery with intraperitoneal hyperthermic perfusion for peritoneal carcinomatosis | ||||
Track 10 | Tolerability of cytoreductive surgery with intraperitoneal hyperthermic perfusion | ||||
Track 11 | Variables affecting lymph node sampling | ||||
Track 12 | Monitoring patients for recurrence after resection of primary colon or rectal cancer | ||||
Track 13 | Future directions in the management of rectal cancer |
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Track 1 | Quality of life after adjuvant FOLFOX | ||||
Track 2 | Impact of bevacizumab on quality of life | ||||
Track 3 | Side effects of bevacizumab and cetuximab | ||||
Track 4 | Risk of bowel perforation secondary to bevacizumab | ||||
Track 5 | Correlation between diet and exercise and recurrence among patients with primary colorectal cancer | ||||
Track 6 | Impact of aspirin, calcium and vitamin D on the rate of recurrence in colorectal cancer | ||||
Track 7 | Surveillance of patients for the early detection of metastatic lesions with the intent to cure | ||||
Track 8 | Clinical trial evaluating surgery with or without perioperative adjuvant therapy | ||||
Track 9 | Qualifications of a hepatic surgeon | ||||
Track 10 | Hepatic resection of metastases with the intent to cure | ||||
Track 11 | Response of hepatic metastases to biologic therapies | ||||
Track 12 | Phase II trial of FOLFOX and bevacizumab for metastatic and synchronous asymptomatic primary colon cancer | ||||
Track 13 | Potential mechanism of action of bevacizumab | ||||
Track 14 | Identifying subsets of colorectal cancer for treatment selection |