Whenever I suggest that patents are harmful, people point to the pharmaceutical industry. The pharmaceutical industry is heavily regulated. Marketing a new drug is a lengthy and expensive process. Moreover, drugs are subject to strict patent laws.
The rationalization for patents usually goes like so: developing new drugs is extremely expensive, only large well-funded corporations can do it, and they won’t innovate unless we grant them a generous monopoly on their discovery.
Granting monopolies, even temporary ones, is expensive. We need to be sure that the gains out-weight the costs. In this case, the rationalization offered by the industry does not stand up to scrutiny:
- The U.S. and the U.K. have always had strong patent laws protecting chemicals and drugs. Meanwhile, continental Europe had much weaker patent protection. Until recently, you could not patent a drug or a chemical in Germany (1967), Switzerland (1977) and Italy (1978). Where did the pharmaceutical industry thrive before the 1960s? In Germany, Switzerland and Italy. Though Italy was the fifth producer of drugs in the 1970s, its pharmaceutical industry has now practically disappeared as a result of the introduction of stronger patent protection.
- Without drug patents, India became the fourth largest pharmaceutical producer. It was forced to introduce drug patents in 2005. Haley and Haley (2011) analyzed the effect of the introduction of patents in India:
(…) the rate of growth in innovation, as measured by investments in R&D, has fallen in India’s product-patent regime. (…) This study indicates that product-patent regimes do not necessarily generate greater rates of innovation than process-patent regimes, and may reduce innovation.
- Because companies cannot compete over the efficient production of drugs, they have a strong incentive to produce new drugs. People assume that this means more innovation. However, there is a much cheaper and safer path for drug companies: produce a variation on an existing drug. In this manner, you can go after the competition (by producing variations on their drugs) or artificially extend the life of your own patents (by producing endless variations on your own drugs). And indeed, we can verify that most drug patents are about me-too drugs. In effect, it is more profitable for drug companies to consider themselves as patent portfolios rather than R&D firms.
You might argue: aren’t you happy that the pharmaceutical industry has almost cured a disease like AIDS? I would, except that the pharmaceutical companies did no such thing. It took an academic researcher to figure out that a cocktail of drugs was the best option to treat AIDS. In fact, the majority of the funding in biomedical research comes from the government and private non-pharmaceutical funds. I have to ask: if the private sector with generous patent protections is so good at innovating, why do governments and private foundations bother to fund pharmaceutical research?
We don’t have worldwide pharmaceutical patents because they benefit most of us. We have them because they benefit the richest 0.1% at the expense of all others.
Further reading:
- Michele Boldrin, David K. Levine, The Case against Patents,
Journal of economic perspectives, Vol. 27, No. 1, 2013 (pp. 3-22) - Michele Boldrin and David K. Levine, Against Intellectual Monopoly, Cambridge University Press, 2010.
- George T. Haley, Usha C.V. Haley, The effects of patent-law changes on innovation: The case of India’s pharmaceutical industry, Technological Forecasting and Social Change, 2011.
- Charles Duhigg and Steve Lohr, The Patent, Used as a Sword, NYT, October 7, 2012.
I agree with the point. It is very interesting argument indeed.
I would be interested to know if there is at least one good use of patents to help innovation and human progress.
Copyright protection is somewhat similar but doesn’t have such a negative effect.
Even if patents are Ok in the farma they are trully atrocious in IT.
Very true. With phrama patents, I’d at least like to see an experiment of research grants that fund clinical trials in exchange for abandoning the ability to patent the results. If it leads to a few successful results, it would put pressure on our system of funding clinical trials with a government granted monopoly rather than funding them directly.
Did industry in Switzerland, Germany, Italy, etc, have other means of protecting their products — trade secrets, lack of need to disclose targets or relavent compounds, etc — prior to introduction of patents in ’67-’77?
@anon
Yes, most countries recognized trade secrets and process patents prior to 1967-1977. The USA and UK offered much stronger protections however.
If regulations were helpful, countries where inventions were more heavily regulated should have been more prosperous. It wasn’t the case.
See Derek Lowe’s post for an opposing view point. He has worked for over 30 years in the pharma industry:
https://blogs.sciencemag.org/pipeline/archives/2021/05/06/waiving-ip
I do think weakening patent protection substantially will lead to more trade secrets like it has in the self-driving car industry and possibly push driven people to work in societally less useful fields like finance / high frequency trading.
The United States Patent and Trademark Office (USPTO) has an intresting paper on this:
Source: https://www.uspto.gov/ip-policy/economic-research/publications/working-papers
So basically the USPTO came to the conclusion that patents are a bad thing for innovation and more competition increases innovation. Who would have thought that is possible? 😀