Chapter
Artificially Controlling Bioelectrics to Reduce Tumor Genesis
2:21:23 - 2:31:34 (10:11)
The bioelectrics can be artificially controlled to greatly reduce tumor genesis or normalize the already begun conversion of the cells, providing hope for normalizing cancer cells. However, understanding how the thing is motivated to get made is the only hope to generate new organs or body parts in a reasonable timeframe.
Clips
The podcast discusses how they can learn from the problem-solving approach used for protein folding and apply it to create a system of ethical norms, which is not based on the contingent facts of our earthly history but something much deeper.
2:21:23 - 2:24:42 (03:18)
Summary
The podcast discusses how they can learn from the problem-solving approach used for protein folding and apply it to create a system of ethical norms, which is not based on the contingent facts of our earthly history but something much deeper.
ChapterArtificially Controlling Bioelectrics to Reduce Tumor Genesis
Episode#325 – Michael Levin: Biology, Life, Aliens, Evolution, Embryogenesis & Xenobots
PodcastLex Fridman Podcast
The ultimate goal of regenerative medicine is to be able to tell cells to build whatever is needed for the body, proving that early intervention after injury is vital.
2:24:42 - 2:29:06 (04:24)
Summary
The ultimate goal of regenerative medicine is to be able to tell cells to build whatever is needed for the body, proving that early intervention after injury is vital. However, while we can interact with some parts of the body in this way, it is crucial to understand the motivation behind building more complex structures such as eyes and limbs.
ChapterArtificially Controlling Bioelectrics to Reduce Tumor Genesis
Episode#325 – Michael Levin: Biology, Life, Aliens, Evolution, Embryogenesis & Xenobots
PodcastLex Fridman Podcast
Artificially controlling the bioelectric state of cells may reduce tumor genesis and normalize cells that have already begun to convert to cancer.
2:29:06 - 2:31:34 (02:28)
Summary
Artificially controlling the bioelectric state of cells may reduce tumor genesis and normalize cells that have already begun to convert to cancer. Gap junctions are an important factor in this process as controlling the electrical network between cells can help prevent cancer cells from closing the gap junctions, which keeps them connected in a single network.