The text explores the concept of a “third state” that occurs after the death of an organism, where certain cells can continue to function and transform into multicellular life forms. This challenges traditional views of life and death and raises questions about the mechanisms behind cellular resilience postmortem. Research on xenobots and anthrobots highlights the potential for innovative medical applications, such as drug delivery and tissue repair. The findings suggest that death may play a significant role in the evolution and adaptability of cells, opening new avenues for personalized medicine.
| Signal | Change | 10y horizon | Driving force |
|---|---|---|---|
| Emergence of multicellular life from death | Redefining life and death boundaries | New forms of life and therapy development | Advancements in biotechnological research and medical applications |
| Cells reorganizing post-mortem | From static death to dynamic cellular transformation | Regenerative medicine from dead tissues | Understanding cellular resilience and plasticity |
| Creation of anthrobots from human cells | Transition from traditional medicine to innovative therapies | Personalized medicine via engineered cells | Desire for effective, targeted treatments without immune rejection |
| Xenobots demonstrating new functions | Shift from death as a finality to new potential life | Applications in drug delivery and healing | Exploration of new biological paradigms and therapeutic strategies |
| Expanding research on postmortem cells | Moving from limited to extensive cellular survival knowledge | New techniques to harness postmortem cells | Scientific curiosity and the need for regenerative solutions |