Theories of Everything with Curt Jaimungal
Michael Levin: Introducing Anthrobots and Hyper-Embryos [WORLD EXCLUSIVE]
Jan 17, 2024
Michael Levin, a pioneer in regenerative biology, is joined by Angela Tung and Gizem Gumuskaya, innovators in morphogenetic research and anthrobot technology. They unveil groundbreaking concepts like Anthrobots—self-assembling biological robots that may revolutionize medicine. Their conversation explores the fascinating dynamics of embryonic cooperation, known as CEMA, and how group dynamics enhance embryonic resilience. Together, they discuss the future of these technologies, suggesting their potential in sustainable medicine and construction, pushing the boundaries of traditional biology.
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Quick takeaways
- Anthrobots made of human cells have potential medical applications and can be used for personalized regenerative medicine.
- Understanding inter-embryo communication challenges the traditional understanding of purely vertical transmission and highlights the importance of collective intelligence in development.
Deep dives
Anthrobots: New Biorebotics Platform with Human Cells
Anthrobots are a new biorebotics platform made of human cells that have the potential for various medical applications and can provide insights into the origins of biological information. These self-motile constructs use a wild-type human genome to create forms and functions that differ from typical human morphology. The goal is to understand how biological information is generated and how to communicate design specifications to cellular collectives.
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