A Million-Dollar Cancer Treatment: Who Will Pay?
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On the other hand, the median cost for traumatic brain injury is around $160,000 (http://n.neurology.org/content/82/10_Supplement/P5.337) with many of the patients dying or having poor quality of life. If you looked at cost per quality adjusted life years, it would probably be a lot higher.
In terms of what cost per quality adjusted life year to target, it seems that the UK NHS targets 30,000 GBP (http://www.bbc.com/news/health-28983924) and there are calls to increase it to 70,000 GBP(https://www.bmj.com/content/338/bmj.b181)
We need to get away from looking at the sticker price for health care, but look in terms of cost per quality adjusted life year before we can have meaningful discussion as to what and how to pay for health care.
In USA there is this weird concept that "all lives matter more than anything else" and hence doctors spend millions.
Politicians in certain states and in the federal government are doing their best to make sure people without jobs can't get help with affording treatment as well. Frankly to claim that we in the US care more about lives than those in other developed nations with rational disbursement of healthcare funding is just wrong.
Sorry if you weren't implying that, but I think you were.
This might sound evil but what is really evil here is the US government and FDA that has put regulations which essentially say you will either get best possible treatment or none.
It is not clear to me why the prescription system is so ridiculously regulated. Not clear to me why people having opioids is such a big deal and why we can't have more of health workers giving minor treatment instead of just doctors.
In country like India there will be lot of quacks who are not real doctors and yet serve in villages where no real doctor would work.
However, usually cancer strikes older people. http://www.cancerresearchuk.org/health-professional/cancer-s... A computer doing a blind cost benefit might say to let them die, as they will retire and enjoy social security and so on.
For example:
Value of stitching knife wound: (40 QALYs) * (30,000 GBP/QALY) = 1.2M GBP
Cost of stitching knife wound: (let's say) 1000 GBP
Decision process:
Is the cost less than the value? 1000 < 1.2M, so yes. Therefore, pay for the procedure.
Whereas:
Value of expensive cancer procedure on 70-year-old: Let's say 5 QALYs just to make up something, taking into account expected lifespan and QOL and chance of remission, etc, times the same 30k GBP, = 150k GBP.
Cost of procedure: 1M GBP
Decision process:
Is the cost less than the value? 1M > 150k, so no. Therefore, don't pay for the procedure.
To address the important scientist point you made, I could see it being in the interest of society to give some people extra special care (e.g. the US president gets top care), although mostly it's hard to value what should qualify someone, as you say. I think in some heartstrings cases we see GoFundMe's and such filling the gap; perhaps that's the proper role for charity in the system?
This national pricing leverage is a big part of why drugs are cheaper in countries with national price setting. Socialized medicine is actually less of a factor in this space. What matters is whether a single entity has the ability to set prices for the entire market (or a sufficiently large slice of it).
https://pharmaphorum.com/news/kadcyla-set-regular-nhs-fundin...
A lot of European countries do a health technology assessment to determine the cost effectiveness. If it's not cost effective, they don't pay for it.
Glybera was approved in the EU and Germany pays for it and it costs $1M.[1] Of course, very very few patients have or will be treated with it.
[1]http://blogs.nature.com/tradesecrets/2015/03/03/1-million-pr...
Why do people teach? Become soldiers? Priests?
Money isn’t the only motivator.
The money has to come from somewhere, always.
For example: in 2016, of the total FY2016 federal budget of $4T, only $145B is committed to R&D (3%) [1]. Compare that to the pharmaceutical industry average of 18% [2].
[1] https://www.aaas.org/fy16budget/federal-rd-fy-2016-budget-ov...
[2] https://www.investopedia.com/ask/answers/060115/how-much-dru...
Another way to look at this, is the prior to discovery, a treatment for a disease is infinitely costly. No matter how much money you have available to spend, you can't get your disease cured. After discovery, even at the cost of a million dollars per treatment, the cost of the treatment is infinitely less.
That sounds like a lot. It is, to a degree. Do you think they should fund this treatment for free for 2000 people? Because 600,000 people die from cancer every year. Just in the US.
Insurance companies? Anthem made about a billion. State Farm lost $71M. The list goes on.
Hospitals are doing far worse.
You can cut researcher salaries; great, you just impacted the people who are literally doing the research to save peoples' lives. You can cut executive salaries; they mostly get paid in stock anyway, and its not like their job isn't important. You can rely on public research; uh oh, the public just elected Mr. Donald, who called the NHS "broken". #Defunded.
I hate the expediency of some people. Let's look for an easy answer to this problem: Drug companies are greedy! Or... How about this: drug research is fucking difficult, which makes it very expensive. And also: humans are designed to die. There are a billion things on this planet that can kill us, and quite often when drug companies fix one of them, those little asshole bacteria get three times stronger and fight back, or humans discover a new thing to smoke or drink that gives them cancer.
And then the same people who just finished a large milkshake from McDonalds hop online or go to a protest and yell that drugs are too expensive.
I also think people way overestimate how much the average physician knows about new drugs. They don't have time to do it. Talking with a sales rep for 10 mins to get your questions answered can be very efficient.
A few years back a friend told me about his company (pharma) that was selling a drug for hepatitis C. The drug was going to be obsolete when a competitor launched, so they wanted to make sure docs didn't buy a ton of it otherwise they'd be returning it.
What was amazing were the number of doctors who continued to buy it. The sales reps had to go to the office and ask "why are you buying this drug? the new drugs are so much better, it would be unethical to continue to use this drug".
The doctors had no idea the new drug had launched.
A majority in the USA even favor it.
http://www.pewresearch.org/fact-tank/2017/06/23/public-suppo...
I mean it's not like it's some thought experiment, you can look at the number of NMEs that offer significant clinical benefits over existing treatments before and after Bayh Dole.
Most economists? That feels like a claim in need of a citation, or revision.
Most economists aren’t medical doctors or pharmaceutical researchers.
How many of the most useful medical breakthroughs were government funded?
> Most economists? That feels like a claim in need of a citation
The usual best place for finding out what economists think is the IGM Economics Experts Panel[1]. I mention it because it's a great resource to be aware of, but they haven't addressed this question, though it's covered in textbooks. I checked the Mankiw textbook on Principles of Microeconomics[2], which if I'm not mistaken is the world's most popular one. In the introduction, it says that people tend to supply things when the returns are high:
"Incentives are crucial to analyzing how markets work. For example, when the price of an apple rises, people decide to eat fewer apples. At the same time, apple orchards decide to hire more workers and harvest more apples. In other words, a higher price in a market provides an incentive for buyers to consume less and an incentive for sellers to produce more. As we will see, the influence of prices on the behavior of consumers and producers is crucial for how a market economy allocates scarce resources."
That becomes a background assumption for discussion of incentives in the rest of the book. For example, when talking about externalities, it notes that the patent system increases the incentive to innovate:
"Research into new technologies provides a positive externality because it creates knowledge that other people can use. Because inventors cannot capture the full benefits of their inventions, they tend to devote too few resources to research. The federal government addresses this problem partially through the patent system, which gives inventors exclusive use of their inventions for a limited time."
I don't think relying on wonderful accidents is a practical way to go about medical innovation.
Works in other systems where there is no profit motive.
We're talking largely about private companies operating in a global market (esp. when dealing with wealthy countries). If a US buyer is willing to buy $1000 and a UK buyer says we're not paying more than $100, should the pharmaceutical company be banned from selling to the UK at that price? No one is forcing the pharmaceutical companies to sell to UK here. If they feel it's in their interest to accept the $100 then surely they should be free to do so.
I'm not sure what would be a perfectly comprehensive metric for health innovations by country. Drug patents might be sort of close[1], but maybe Cuba doesn't apply for patents on principled grounds. For Cuba, it would be helpful to know the ratio of the USA using drugs or other innovations developed in Cuba versus American ones used in Cuba. I hear that drug development can cost billions of dollars[2] so I'd be surprised if Cuba could afford it, but maybe they've done it. Anyone know of any new drugs invented in Cuba?
[1] e.g. https://www.americanactionforum.org/weekly-checkup/new-drug-...
[2] https://www.scientificamerican.com/article/cost-to-develop-n...