
Oncotarget
Author Insight: Mitigating Radiation for Space Colonization
Feb 23, 2022
Researcher Franco Cortese discusses enhancing human radioresistance for deep space exploration and colonization. Topics include gene therapy, organic molecule substitution, and slowing metabolic activity to mitigate radiation damage. The podcast explores strategies for tissue regeneration, Mars mission initiatives, and the connection between space radiation, longevity, and aging mechanisms.
10:38
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Quick takeaways
- Enhancing human radioresistance for space colonization involves gene therapy and upregulation of repair mechanisms.
- Space research can advance aging interventions by connecting radioresistance, DNA mutations, and health span extension.
Deep dives
Enhancing Human Radio Resistance for Space Exploration and Colonization
The podcast discusses a recent paper on enhancing human radio resistance for space exploration and colonization. The paper outlines strategies to enhance radio resistance, such as small molecule interventions, gene therapy, and the use of deuterated organic compounds. It also highlights the coordination of apoptotic and regenerative technologies to facilitate in situ tissue regeneration. The publication of the paper coincided with the launch of Falcon Heavy by SpaceX, emphasizing the increasing interest in space colonization and the need to allocate research funding towards enhancing radio resistance.
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