
Lesson 20 • 27 Oct 2024
Strategies and risks in liver tumor ablation, especially central, vascular, and dome lesions
Course overview
Learn about the principles, techniques, and advancements in ablative management of hepatocellular carcinoma, encompassing both established practices and emerging trends in interventional oncology. This course was supported by an educational grant from Varian Medical Systems, a Siemens Healthineers Company.
2.5 hours, 23 lessons
Lessons
Microwave Ablation & Multidisciplinary Care with Dr. Zach Berman
Lesson 1
Lesson 2
Lesson 3
What are key imaging techniques and decision factors in kidney ablation and biopsy procedures?
Lesson 4
Lesson 5
What imaging schedule do you follow after ablations for HCC?
HCC Ablation Case Studies with Dr. Zach Berman
Lesson 6
Ablation Case Studies with Dr. Zach Berman
Microwave ablation for HCC Procedure Techniques with Dr. Ed Kim
Lesson 7
Where does microwave ablation fit into your algorithm for HCC?
Lesson 8
How do you approach ablation in suboptimal and high-risk lesion locations?
Lesson 9
Lesson 10
Lesson 11
How do you view the importance of predictive software in confirming treatment efficacy?
Lesson 12
Is there value in real-time, 3D monitoring of ablation zones for interventional oncologists?
Lesson 13
Lesson 14
Microwave Ablation Workup, Technique & Post Procedure with Dr. Asad Baig
Lesson 15
Lesson 16
Microwave liver ablation benefits, patient selection, and Columbia-s tumor board approach
Lesson 17
Relationships and strategies with radiation oncology for liver tumor treatments
Lesson 18
Choosing combined approaches for liver tumor ablation using TACE, Y90, and Imprint
Lesson 19
Techniques and tools for controlling ablation zones in liver and kidney
Lesson 20
Strategies and risks in liver tumor ablation, especially central, vascular, and dome lesions
Lesson 21
New approaches and safety of ablation near vital structures in the liver and abdomen
Lesson 22
Ablation safety, bleeding risks, CT fluoro use, and biopsy-ablation strategies
Lesson 23
Post-ablation patient care duration, follow-up imaging, and probe choices for variable efficacy
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