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Explore the computational and clinical challenges facing precision oncology in this 37-minute webinar presented by Dr. Istvan Petak, an international expert in precision oncology and molecular pharmacology with over 25 years of experience. Discover why traditional approaches to personalized cancer treatment are not scalable, given that each tumor typically contains 4 to 5 actionable driver alterations from millions of potential combinations across more than 700 cancer-related genes. Learn how generating high-level clinical evidence through randomized clinical trials for every unique genetic profile would require an estimated 14.4 million years to complete. Examine how next-generation clinical decision support systems are revolutionizing this paradigm by leveraging deterministic, multidimensional algorithms that synthesize vast genomic, clinical, and real-world evidence in real time. Understand how these innovative systems enable scalable, evidence-based strategies for personalizing treatment plans while bypassing the time constraints of conventional research and maintaining clinical rigor. The presentation is delivered by Dr. Petak, founder and CEO of Genomate Health, Inc., who pioneered molecular companion diagnostics of the EGFR gene in 2003 and implemented next-generation sequencing in precision oncology in 2008. PACE credits are available for registered Labroots members through April 14, 2027.
