Appealing to the authority of a pathologist is safe in my book given the subject matter and the education of the counterparty. There is a lower bound of requisite knowledge beneath which it's not worth even trying to entertain your claims about just "find and destroy rogue cells". You can't even begin to respond with logic and refutation if you haven't achieved anything close to the level of expertise required to be certified as a pathologist. Coming in here trying to play the angle of "well just model with supercomputers" isn't the winning ticket. Contrary to stereotypes of computer-illiterate doctors, there are some wicked smart people working in medicine (I've met and befriended many) and I guarantee your genius approach was considered and abandoned decades ago.
I am literally saying that avoiding the hard problem is going to work in the general case. I would argue that radiation therapy is in this vein.
Why?
Which feels like it should be true for a sufficiently targetable "laser" right?
Metastatic cancer is defined by essentially there being too many things to hit though, but therein lies the entire detail: you can't treat someone faster than they die of either the cancer or the treatment.
*Laser is being used metaphorically
Google paraneoplastic syndromes. Cancer is rarely a problem of just tumors.
> just "laser" all the tumours out and problem solved right?
No. The tumors don't just evaporate. The treatment causes tissue necrosis. Your laser causes inflammation. Even the high tech IMRT you're picturing has those problems.
>Metastatic cancer is defined by essentially there being too many things to hit though,
Metastasis as a concept is fairly meaningless in how you're using it. There are so many more factors in treatment of various cancers that have nothing to do with the distribution. There's a lot that clinpath looks at and frankly I care much more about what's on those reports than playing where's Waldo with nodules. Frequently we assume micrometastasis just based on the cell line or other characteristics.
> therein lies the entire detail
So no.
> you can't treat someone faster than they die of either the cancer or the treatment.
Again far more consideration goes into it but I'm losing my desire to debate these contrived simplistic takes.
I am aware of necrosis. You need to either completely break down the cell or remove the material. Radiation of course does not do this but surgery of course does.
My appeal to you would be to allow more disruption in this space. Software and Hardware are (mostly) unregulated which allowed for the explosion of progress.
> My appeal to you would be to allow more disruption in this space
No. There is far too much disruption that we don't want/need. If you want to help, go put yourself through medical school first, and then bring your CS knowledge to supplement it.
Jumping in when you haven't learned the basics wastes everyone's time like you have here.
The fact of the matter is that I think any kind of refutation is actually pretty difficult for you (perhaps due to the medical training). It likely would have been easier had you just agreed and said "Yes if you can destroy the cancer cells you can treat >90% of all cancer."
My ignorance has a model like: If you keep putting sugar in the gas tank, how do you fix the car? How do I stay healthy if I eat only crap? How do I stay fit if I never get out of my chair?
Shit, would it be one of those cause and effect things?