So lets say this were possible. Where would be the best place to throw this money? Just researching X disease one by one isn't going to be successful. There are not enough resources available to make that happen that way. Period.
So what if a big leap in computational biology happened? Making faster machines is relatively easier and largely unregulated.
So you focus on simulating disease and some form of automation that tries to cure it. We have the problem of building these models for the computer to crunch on. So why not build them from people. Continuously monitor everything about someone. DNA, the various omics, self reports. All the while machine learning is trying learn these models. So other automations can change them.
So the first thing we need is a way to collect all this data. Itself a major medical breakthrough. How much data do we need to build the models? This seems to be the first breakthrough we need to even approach this.
So what if a big leap in computational biology happened? Making faster machines is relatively easier and largely unregulated.
So you focus on simulating disease and some form of automation that tries to cure it. We have the problem of building these models for the computer to crunch on. So why not build them from people. Continuously monitor everything about someone. DNA, the various omics, self reports. All the while machine learning is trying learn these models. So other automations can change them.
So the first thing we need is a way to collect all this data. Itself a major medical breakthrough. How much data do we need to build the models? This seems to be the first breakthrough we need to even approach this.