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Eliot Siegel, MD: Pioneer in Radiology and Theragnostics

In this episode, Daniel Belkin and Mitch Belkin interview Eliot Siegel, MD about developing the first filmless healthcare enterprise at the Baltimore, VA in 1993 which revolutionized the practice of medicine. They discuss the challenges of this innovation, including the costs of computing, the difficulties of imaging compression and data management. They touch on theragnostics, a novel subspecialty in nuclear medicine, which utilizes molecular treatments to target cancer.

Who is Eliot Siegel?

Dr. Eliot Siegel is a Professor of Radiology at the University of Maryland School of Medicine. He is a prolific author and speaker, has written over 300 articles on medical imaging and PACS, has edited several books, and given more than 1,000 presentations worldwide. In addition to his interest in digital imaging and PACS, he’s interested in telemedicine, the electronic medical record, informatics and artificial intelligence/machine learning. 

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Podcast

15. Michael Levin, PhD: Limb Regeneration, Bioelectricity, and Why Neurons Aren’t Special

In this exciting episode, Mitch Belkin and Daniel Belkin speak with Professor Michael Levin about bioelectricity, the electrical potentials that cells use to communicate with one another. Professor Levin argues that bioelectricity is the software of cellular communication and is the medium through which we can control top-down modular programs for cancer prevention, limb regeneration, and birth defect repair. This interview covers how he co-created Xenobots; how somatic cells function like neurons; how his work incorporates insights from Karl Friston on collective intelligence and the free energy principle; and his dream of building an anatomic compiler, a theoretical biological-design program that would allow users to produce any anatomic configuration of any organism using bioelectricity. 

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Who is Michael Levin?

Professor Michael Levin is a biologist at Tufts University, where he investigates informational storage and processing in biological systems. He received a dual Bachelor’s in computer science and biology at Tufts. He then received his PhD in Genetics from Harvard where he characterized the molecular-genetic mechanisms of embryologic left-right asymmetry. Nature lists this discovery on its 100 milestones of developmental biology of the century. Currently, he is the director of the Tufts Center for Regenerative and Developmental Biology and the Allen Discovery Center at Tufts University. He is the co-editor in chief of the journal Bioelectricity, the founding associate editor of Collective Intelligence, and he sits on the editorial advisory board of Laterality. He has published more than 350 papers. His lab is currently interested in understanding how somatic cells form bioelectrical networks to store memories, developing the next-generation of AI tools to understand top-down control of pattern regulation, and using these insights to enable new possibilities in regenerative medicine and engineering.

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