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Click here to download the entire interview | |||||
Track 1 | Role of the surgeon in identifying patients to consider adjuvant therapy | ||||
Track 2 | Tolerability of oxaliplatin-containing adjuvant chemotherapy | ||||
Track 3 | Surgical issues in lymph node sampling | ||||
Track 4 | Identifying patients with Stage II disease who may benefit from adjuvant therapy | ||||
Track 5 | Laparoscopic versus open colectomy | ||||
Track 6 | Molecular markers to predict benefit from adjuvant systemic therapy | ||||
Track 7 | Ongoing adjuvant studies of FOLFOX with or without bevacizumab | ||||
Track 8 | BRiTE registry and bevacizumab-associated bowel perforations | ||||
Track 9 | Wound healing and bevacizumab | ||||
Track 10 | Potential mechanisms of action of bevacizumab | ||||
Track 11 | Clinical management of synchronous primary and metastatic colon cancer | ||||
Track 12 | Bevacizumab-associated side effects and complications | ||||
Track 13 | Determination of resectability of hepatic metastases | ||||
Track 14 | Use of systemic therapy to convert unresectable metastases to resectable disease | ||||
Track 15 | Use of intra-arterial hepatic infusion of chemotherapy | ||||
Track 16 | Preoperative chemoradiation therapy for rectal cancer | ||||
Track 17 | Postoperative adjuvant chemotherapy for rectal cancer | ||||
Track 18 | Total mesorectal excision in rectal cancer | ||||
Track 19 | Dose-response relationship with bevacizumab | ||||
Track 20 | Biologic agents and wound healing | ||||
Track 21 | Combination versus sequential administration of chemotherapy and biologic therapy |
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Click here to download the entire interview | |||||
Track 1 | Evolution of adjuvant therapy for colorectal cancer | ||||
Track 2 | Tolerability and side effects of oxaliplatin | ||||
Track 3 | Adjuvant oxaliplatin-containing regimens: FOLFOX and FLOX | ||||
Track 4 | Benefit of adjuvant therapy for patients with Stage II disease | ||||
Track 5 | ECOG-E5202: Treatment of Stage II disease based on molecular markers | ||||
Track 6 | Incorporation of the number of lymph nodes sampled into treatment decision-making | ||||
Track 7 | Use of capecitabine with or without oxaliplatin for patients with Stage II colon cancer | ||||
Track 8 | Oxaliplatin-containing adjuvant chemotherapy for the elderly | ||||
Track 9 | Oxaliplatin-associated neurotoxicity | ||||
Track 10 | Background to the current clinical trials of adjuvant chemotherapy with or without biologic therapy | ||||
Track 11 | Potential mechanisms of action of bevacizumab | ||||
Track 12 | Potential adverse events associated with bevacizumab | ||||
Track 13 | Bevacizumab and bowel perforations | ||||
Track 14 | Converting unresectable hepatic metastases to resectable disease | ||||
Track 15 | Use of intrahepatic chemotherapy in clinical practice | ||||
Track 16 | Anti-EGFR monoclonal antibodies cetuximab and panitumumab in colon cancer | ||||
Track 17 | Clinical trials combining anti-EGFR antibodies with bevacizumab | ||||
Track 18 | Negative outcomes of combining bevacizumab and panitumumab on the PACCE trial | ||||
Track 19 | Clinical decision-making for patients with synchronous primary and metastatic colon cancer | ||||
Track 20 | Neoadjuvant chemoradiation therapy for rectal cancer |