Chapter

Enhancing Immunotherapy with Genetic and Epigenetic Modifications
The use of genetic and epigenetic modifications in immunotherapy has the potential to enhance efficacy, similar to the way protective suits keep astronauts safe in space. By modifying T cells or natural killer cells with receptor changes, this therapy has the ability to combat diseases like cancer.
Clips
The suggestion of adding genetic or epigenetic modifications for organisms in space to be switched on and off would offer protection, just like protective suits worn by astronauts.
30:54 - 32:39 (01:45)
Summary
The suggestion of adding genetic or epigenetic modifications for organisms in space to be switched on and off would offer protection, just like protective suits worn by astronauts. This approach could prevent any organism from inhibiting the ability of another organism to live or serve as guardians or shepherds of other life forms.
ChapterEnhancing Immunotherapy with Genetic and Epigenetic Modifications
Episode#357 - Christopher Mason - A 500-Year Plan To Reach Other Worlds
PodcastModern Wisdom
Experts are modifying and editing T cells and natural killer cells in order to infuse them back into patients to combat diseases, such as cancer.
32:40 - 34:28 (01:48)
Summary
Experts are modifying and editing T cells and natural killer cells in order to infuse them back into patients to combat diseases, such as cancer. These new therapies are showing promising results in clinical trials.
ChapterEnhancing Immunotherapy with Genetic and Epigenetic Modifications
Episode#357 - Christopher Mason - A 500-Year Plan To Reach Other Worlds
PodcastModern Wisdom
Dr. Andrew Steele explains how gene editing can be useful for DNA repair in spaceflight and cites hemoglobin as an example.
34:29 - 35:27 (00:58)
Summary
Dr. Andrew Steele explains how gene editing can be useful for DNA repair in spaceflight and cites hemoglobin as an example. He further explains that CRISPR technology has made gene editing accessible, even for high school students.