Theories of Everything with Curt Jaimungal Michael Levin: Introducing Anthrobots and Hyper-Embryos [WORLD EXCLUSIVE]
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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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Information Sources in Biology
- Biological control information affects development in surprising ways.
- Anthrobots use human genomes to create non-human forms and functions, while embryo groups develop better together.
Anthrobots: A New Bio-Robotics Platform
- Anthrobots are living, self-constructing biobots made of human cells.
- They demonstrate biology's potential as a design medium, offering properties like self-repair and environmental responsiveness.
Significance of CEMA
- Cross-embryo morphogenetic assistance (CEMA) addresses a knowledge gap in developmental biology.
- It explores how whole organisms interact to correct developmental defects, potentially impacting regenerative medicine.