Chapter
Space Cleansing and Epigenetic CRISPR Therapies
1:01:28 - 1:06:24 (04:55)
The use of low dosage radiation therapy with targeted therapies to activate immune cells for gene modification is becoming increasingly popular. The emergence of epigenetic CRISPR therapies has also enabled the modification of genetic cells to kindle work safety in dangerous mine or high radiation environments.
Clips
Space cleansing could be achieved through low doses of radiation and targeted therapies to activate immune cells, as well as through epigenetic CRISPR therapies.
1:01:28 - 1:04:14 (02:45)
Summary
Space cleansing could be achieved through low doses of radiation and targeted therapies to activate immune cells, as well as through epigenetic CRISPR therapies. Electromagnetic shielding can also be a potential solution to radiation exposure in space.
ChapterSpace Cleansing and Epigenetic CRISPR Therapies
Episode#283 – Chris Mason: Space Travel, Colonization, and Long-Term Survival in Space
PodcastLex Fridman Podcast
The idea of using gene modification for astronauts to prevent damage from cosmic radiation is proposed.
1:04:14 - 1:05:06 (00:52)
Summary
The idea of using gene modification for astronauts to prevent damage from cosmic radiation is proposed. Clinical trials are starting to treat Earth diseases but it may be ready for space travel by the year 2040.
ChapterSpace Cleansing and Epigenetic CRISPR Therapies
Episode#283 – Chris Mason: Space Travel, Colonization, and Long-Term Survival in Space
PodcastLex Fridman Podcast
The possibility of turning back on genes that were active during fetal development could have therapeutic applications for severe diseases like beta-thalassemia, and possibly for work-related purposes in hazardous environments.
1:05:07 - 1:06:24 (01:17)
Summary
The possibility of turning back on genes that were active during fetal development could have therapeutic applications for severe diseases like beta-thalassemia, and possibly for work-related purposes in hazardous environments.