From
Live Event Content
Dr. Timothy B. Lautz - Best of the Best in Pediatric Surgery 2025
With Dr. Ramy Shaaban
Part of
Cancer 13 items
Educational content from recorded physician discussions — not medical advice. Talk to your (or your child's) care team about your situation.
Video
Dr. Ramy Shaaban - Best of the Best in Pediatric Surgery 2025
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Off the grid: how I got off the grid & you can too | Lee Ponsky | TEDxCLE
Dr. Lee Ponsky · 20 min · Published Jul 2015
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Female Fertility Cryopreservation Outcomes in Childhood Cancer: A Systematic Review
56 s · Published Dec 2024
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Disruptive AI technologies transforming healthcare and medical education
34 min · Published Aug 2023
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Best of the Best Gen Surg - Limited Health Literacy is Associated with Reduced Adherence to ERP Components. - Dr. Shao
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Machine Learning Applications in Healthcare - Transforming Healthcare, Episode 8, Part 2
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2025 Pediatric Surgery Update Course: Top 10 Key Takeaways #9
Ramy Shaaban · 2 min · Published Jul 2025
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Practical applications of generative AI in medical research and education
Ramy Shaaban · 23 min · Published May 2025
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Update Course 2024 - AI: TOP 10 websites & tools for everyday usage
Ramy Shaaban · Published May 2025
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Top 10 AI Websites and Tools for Medical Research and Education
Ramy Shaaban · 23 min · Published May 2025
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Disruptive technologies in medical education: escape rooms, virtual reality, and gamification
Ramy Shaaban · 12 min · Published Feb 2023
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Clinical & Research Update: Renal Tumors with Drs. Ethan Smith, Lindsay Haacker, Michael Daugherty, and Meera Kotagal
71 min · Published Sep 2026
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Clinical & Research Update: Neuroblastoma with Drs. Katherine Somers, Cara Morin, Juan Gurria, and Meera Kotagal
67 min · Published Sep 2026
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Clinical & Research Update: Sarcoma w/ Drs. Roshni Dasgupta, Joseph Pressey, Arthur Meyer, Luke Pater
66 min · Published Sep 2026
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2026 Laparoscopic Pediatric Hernia Repair
123 min · Published Jun 2026
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Beyond the Spectrum: Diagnosis, Myths & Management - Caitlin Couch & Leslie Lopez - APP Conference 2026
50 min · Published May 2026
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Dysautonomia: Navigating the Journey - Martha Willis - APP Conference 2026
55 min · Published May 2026
What the experts said
Google's DeepMind AlphaFold is solving protein structure prediction, helping researchers develop new treatments faster.
IBM Watson Health analyzes complex patient data to assist doctors in making better decisions.
AI technologies are not replacing doctors, they are giving them superpowers, accelerating drug discovery, personalizing treatment and handling administrative tasks more effectively.
ChatGPT is already being used to assist in decision making and ensuring clinicians have the right information at their fingertips when they need it.
Machine learning is already being used in diagnostic imaging, helping doctors detect diseases like cancer earlier and more accurately.
Predictive analytics using machine learning helps forecast health risks, allowing doctors to intervene before problems become severe.
Artificial intelligence is a tool, not a replacement for human expertise.
Prompt engineering is a rising field; doctors need to understand how to accurately prompt AI to get the best results.
Generative AI can create content including text, images, audio and video, opening new doors to medical education, research and patient engagement.
AI is not here to replace doctors but to assist them, working best when paired with human experts.
Medicine is about human connection, listening, empathizing and making complex decisions that require experience and intuition.
AI is streamlining administrative tasks like clinical documentation, with AI able to generate patient summaries instantly, saving hours of paperwork.
When creating AI content and dealing with patient information, it is very important to use local generative AI models instead of large language models that share information externally.
The platform being used for AI should be disclosed when creating AI-generated content.
At USU, a team is creating a virtual patient connected to generative AI using local generative AI, feeding the virtual patient with virtual cases to make the patient act like they have that medical case, then injecting that into virtual reality.
