Centering discussion on patient scenarios, expert oncologists define the current and future use of MRD and ctDNA in both colorectal and breast cancer management.
EP. 1: Scenario 1: ctDNA to Determine Use of Adjuvant Chemotherapy in Stage II CRC
Centering discussion on a patient scenario of stage II colorectal cancer, expert oncologists consider how ctDNA may inform use of adjuvant chemotherapy in this setting.
EP. 2: Future Role of ctDNA in CRC: Surveillance and Treatment Selection
Shared insight on the potential roles of ctDNA and MRD testing in the monitoring and treatment of patients with colorectal cancer.
EP. 3: Understanding the Mechanisms and Use of ctDNA and MRD Testing
Expert panelists elucidate the mechanisms of ctDNA and MRD testing, providing a broad perspective on how they are used in cancer care.
EP. 4: Identifying Use of ctDNA Across Tumor Types
Focusing on breast cancer, lung cancer, and GI cancers respectively, expert oncologists review the utility of circulating tumor DNA assays.
EP. 5: Clinical Trial Data on Use of ctDNA Assays
Experts share their perspective on clinical trial data driving the use of circulating tumor DNA in various settings of cancer care.
EP. 6: Nuancing the Benefit of Circulating Tumor DNA
In the context of clinical trial data and personal experience, experts weigh the value of circulating tumor DNA as a tool in cancer care.
EP. 7: Scenario 2: Use of ctDNA to Monitor High-Risk TNBC
Moving on to the second patient scenario, panelists elucidate the value of ctDNA in patients with triple-negative breast cancer.
EP. 8: Impact of ctDNA on the Management of Breast Cancer
Focusing broadly on breast cancer, expert oncologists detail how ctDNA may impact patient monitoring and treatment decisions moving forward.
EP. 9: Considering Real-World Applications With ctDNA
Shared insight on how circulating tumor DNA may be used in real-world clinical practice to improve the value of cancer care.
EP. 10: Circulating Tumor DNA: Future Directions in Care
Expert oncologists look toward future utilization of circulating tumor DNA testing and consider how the field of oncology may evolve.