President Joe Biden threw his support behind a World Trade Organization proposal on Wednesday to waive patent protections for COVID-19 vaccines. So what are the pros and cons of this waiver and what are the alternatives?
By Farasat Bokhari
The primary concern remains that while the COVID-19 vaccines now thankfully exist, their distribution across the world is not even, despite the existence of the COVAX network: a global effort to share vaccines between countries.
At the time of writing, 44% of the US population and 51% of the UK population are vaccinated, but these percentages are woefully much lower in many developing economies with India at 9.4% and all of Asia and Africa at 4.4% and below 1% respectively.
The intent behind the push for the waiver is of course well intended – to remove any bottlenecks due to intellectual property protections and ramp up the production and distribution of these vaccines in the rest of the world.
The question remains as to whether the bottlenecks in COVID vaccine production are due to intellectual property protection. Typically, we think of patent protection leading to high prices and reduced output as monopolies tend to set prices well above the marginal cost of production to maximise profits.
But high prices do not seem to be the problem here. This is not the same situation as the $750 dollar pill, Daraprim, bought by “pharma bro” Martin Shrekeli.
Vaccines are priced far more reasonably even if all countries do not pay the same price for them. So even if companies like Pfizer are making profits, would removing the IP protection increase production and distribution in the developing world?
Waiving vaccine patent could provide immediate relief
If IP protection is waived, perhaps some immediate relief in terms of production and distribution could follow if more manufacturers in emerging economies can join in and allocate resources to vaccine production immediately.
However, in addition to waiving legal protections, manufacturers in emerging economies need to be supported with the technology to actually produce the vaccines. This may be particularly true of the newer mRNA vaccines such as those from Pfizer and Moderna, which are difficult to manufacture, but may equally apply to adenovirus vaccines such as the one produced by AstraZeneca.
While opening up the possibility of production via the waiver may be a start, it is not a guarantee that enough manufacturers will be found to take up production. This type of technology transfer may be best achieved via voluntary licences – in which originators provide manufacturers with the know-how to produce their vaccines – as has already been done by AstraZenca.
One might then ask, where is the harm in trying even if this does not work? The trouble is in maintaining incentives for the future. After all, the reason we created patent protections in the first place is to provide incentives via short-term monopoly profits so that firms and individuals can invest in innovation. The monopoly creates inefficiencies, which we tolerate in exchange for technical progress.
If intellectual property protection is waived in the face of a public emergency, even as a one-off, will firms invest next time there is a similar emergency? The fact that Pfizer reaped millions in profits is beside the point. What is more relevant is how much more we benefited from the vaccines through saving lives, reducing suffering, and opening up the economy (when we eventually do).
Setting aside intellectual property protection can be a dangerous precedent, particularly if it may not work.
So what can be done to alleviate the production problem globally? Voluntary licenses are a start. Along the same lines, the US could just buy the patents from the current manufacturers outright based on their discounted future value, and then make them available to manufacturers world over.
These purchases could be done not just for the patents, but also for providing assistance for technology transfer. This would maintain incentives for research, development and innovation, and at the same time protect populations around the world and in the US from the rise of variants that may be able to evade the vaccines we have.
Farasat Bokhari is a Senior Lecturer (Associate Professor) in Economics, University of East Anglia. The article was published at The Conversation and is republished under a Creative Common license.