The video segment explains a novel approach to cancer treatment and prevention using personalized vaccines. It details a process where a cancerous tumor is removed and sent to a lab along with a sample of normal blood. Advanced technology is then employed to sequence the entire human genome of the cancer cells (comprising 20,000 to 30,000 genes) and compare it with the genome of the normal cells. This comparison allows for the identification of specific mutations unique to the cancer. Subsequently, the protein corresponding to these mutations is synthesized. This synthesized protein is then injected under the patient's skin, effectively creating a personalized vaccine that trains the body's immune system to recognize and attack the patient's own cancer cells.

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That it's now possible to take a cancer, remove it, send it to a lab along with a tube of normal blood, use technology to sequence the human genome of the cancer, that's 20 to 30,000 genes, and sequence the genes of the normal cells.

And now you've got the smoking guns of only the cancer mutations.

And now you actually print out the protein of the mutations. That protein you can inject under your skin. And now you are vaccinating yourself against your own cancer.

We Can Now Vaccinate Against Our Own C*ncer?

that it's now possible to take a cancer,
remove it, send it to a lab along with a
tube of normal blood, use technology to
sequence the human genome of the cancer,
that's 20 to 30,000 genes, and sequence
the genes of the normal cells. And now
you've got the smoking guns of only the
cancer mutations. And now you actually
print out the protein of the mutations.
That protein you can inject under your
skin. And now you are vaccinating
yourself against your own cancer.

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We Can Now Vaccinate Against Our Own C*ncer?

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