The world was ablaze with hope following the announcement last week that a vaccine developed by Pfizer and BioNTech may be more than 90 per cent effective in preventing Covid-19. Photo / File
The world was ablaze with hope following the announcement last week that a vaccine developed by Pfizer and BioNTech may be more than 90 per cent effective in preventing Covid-19. Photo / File
The world was ablaze with hope following the announcement last week that a vaccine developed by Pfizer and BioNTech may be more than 90 per cent effective in preventing Covid-19.
New Zealand politicians were quick to point out 1.5 million doses had already been pre-purchased through a legally binding agreementsigned in late September to buy any vaccine to emerge from the multilateral Covax facility.
Within the week, a second potentially effective vaccine emerged from US biotech firm Moderna. Covid-19 Response Minister Chris Hipkins would not say if New Zealand had negotiated for this option.
But assuming an approved vaccine is coming, attention then turns to logistics. Funding, procurement, storage and distribution all raise significant questions about values, decision-making and ethics.
We know there are multiple candidates for a Covid-19 vaccine, but there will be few "winners", as many countries have already pre-contracted substantial amounts based on calculated risk assessments of which will emerge first. Even then, the challenges will be immense.
A Covid-19 testing station. Photo / File
For example, assuming the Pfizer vaccine does become available as a safe option, it must be held in "ultra-cold storage" at -70C. As has been observed already, "distributing an effective Covid-19 vaccine to the global population will likely be the greatest logistical challenge since World War II".
Who gets a vaccine first?
For New Zealand, as with all countries, the questions raised are complex: do we now spend a large amount of money to scale up a logistics, distribution and storage system for the Pfizer drug? Or should we wait for an alternative that is more effective, easier to transport and store, and possibly cheaper?
After all, the first available vaccine might not achieve the outcomes we want. But would it be fair (or feasible) to make the country wait?
Furthermore, because enough doses to treat everyone will not be available immediately, it will be necessary to prioritise recipients. What are the country's obligations here? Do we offer the vaccination first to the oldest, or the youngest, or the most vulnerable?
Covid-19 in NZ — 18th December
Active cases
Confirmed & Probable
51
⬆︎8
All active cases are imported
2110
⬆︎10
Total cases
0
In Hospital
0
In ICU
2034
⬆︎2
Recovered
25
Deaths
427
⬆︎10
Border cases
National health systems will have some idea about how to go about this, but wealthy countries have never faced an immediate requirement on this scale.
An ethical framework
Answering these questions means calling simultaneously on a number of different ethical perspectives:
• an ethic of justice to assess the fairness of a decision
• an ethic of consequentialism to look at outcomes
• the ethics of obligations to see who we may have made commitments to
• an ethic of care to look at individual cases, rather than relying on abstract logic.
Only when we combine these perspectives can we begin to make sense of priorities.
The vaccine marketplace is a kind of oligopoly, with a few extremely large firms deciding which vaccines get made, when and at what price. Pharmaceutical companies are reluctant to invest in producing new vaccines for the developing world because they have little prospect of earning an attractive return.
While global organisations such as vaccine alliance GAVI have been instrumental in getting vaccines to developing countries, given the geopolitics of procurement it could be a long time before an effective Covid-19 option reaches the poorest populations.
