I hope I can be forgiven for missing the point when this is the first time (as far as I can tell ... perhaps you said something in a different thread) you've mentioned cost. At first it was "this cannot be automated". Then it was "well it happened, but it's okay because it's written down on paper and not put in a computer".

Now we're talking about cost. Cost where (at least in the USA) going to the ER for a broken bone can cost thousands of dollars. Cost where (at least in the USA) a birth (something people from all walks of life go through) has a minimum of the patient spending $10K and regularly gets into the $50K and up range (not even talking about ultrasounds etc leading into the birth).

I cannot believe that we're really talking about data collection being too expensive for the medical industry. Maybe nobody wants to be the person to pick up the bill. But it's going to be a rounding error of a rounding error compared to all the other money that goes through that industry.

The data gathering and entry can't be automated. It could be done manually, but at a very high cost (not a rounding error). Commercial insurers and Medicare certainly wouldn't be willing to pay. As a practical matter it's just not worth doing in the vast majority of cases.

Thanks again for explaining it so well. Usually me and you do not agree on healthcare issues, but this is one area where we seem to be on the same page.

As for diagnosing rare or very rare diseases, yes, it is possible, as you said. However, if you search for the rare disease I have in PUBMED, there are only 111 journal articles that have been written about it, and some are in foreign languages. The information on it is very sparse. I also doubt that it would be diagnosed by AI, as it effectively looks like "diabetes complications" (I have type 1 diabetes) and even though I had autonomic neuropathy at age 5, the onset of symptoms was very insidious.