....but that's how t-cells work.
First is "p53, the guardian of the genome." It has the ability to trigger apoptosis in a cancer cell, when stimulated correctly. It is usually active, and (likely) terminates most of your precancerous cells via apoptosis, the controlled cell suicide pathway.
https://en.wikipedia.org/wiki/P53
The second thing that cancer must do is shut down the mitochondria, because they are involved in apoptosis.
An interesting thing about cancer is that it needs glucose, and lots of it because it cannot use efficient mitochondria, and instead relies on anaerobic respiration.
The last interesting thing is autophagy, starvation (of sugar) which will slow down any cancer and potentially reactivate p53, depending upon your willingness to avoid prolific glucose sources.
"central DNA-binding core domain (DBD). Contains one zinc atom and several arginine amino acids: residues 102–292. This region is responsible for binding the p53 co-repressor LMO3."
Nearly all our high standard of living came from people motivated to make a buck.
See James Burke's "Connections" (both the TV series and the book)
Ideally please make all your technological knowledge public domain. (I hope you're a billionaire and will pay to your lab staff and for other research expenses from your pocket for a decade, or for whatever it takes.)
Could you elaborate?
Obviously a repair technique would still cost money but it would prevent pharmaceutical companies from demanding ridiculous prices.
Do you have any hint of an idea about how to do this?
But seriously, not only is that probably enormously harder, you realize companies would still make money off of that treatment, right?
But hell, who knows. Maybe with today's fucked up patent system you can.