The overuse of antibiotics is widely recognized as one of the main factors contributing to antimicrobial resistance (AMR), often called the “silent pandemic,” but what is less well-known is that shortages of antibiotics also play a role in fueling it.
Scarce supplies of pediatric amoxicillin, used to treat Strep A, made headlines in the UK late last year, as a surge of infections left at least 19 children dead. From being an outlier, such shortfalls are common and pervasive, affecting countries across the world, and their consequences for individuals’ health and AMR’s spread can be dire.
That is because shortages of first-line antibiotics often lead to overuse of those that are specialized or kept in reserve for emergencies. Not only can these substitutes be less effective, but reliance on them increases the risk of drug resistance developing and infections becoming more difficult to treat in the long-run.
Illustration: Mountain People
Already one of the world’s biggest killers, AMR is on the rise. In 2019, it was directly responsible for an estimated 1.27 million deaths — more than HIV/AIDS and malaria combined — and associated with 4.95 million more.
So far, the global response to this growing crisis has focused mainly on trying to outpace drug-resistant bacteria through the development of new antibiotics.
Yet in the short term, there is ample room to reduce the number of AMR deaths, as well as AMR’s impact on health more broadly, by addressing some of the causes of shortages and improving access to appropriate treatments.
The same market failures that triggered the global AMR crisis are also largely responsible for antibiotic shortages. Compared with other drugs, antibiotics are often more complex and more costly to manufacture, have stricter regulatory requirements and are less profitable. As a result, many pharmaceutical companies have significantly reduced or stopped antibiotic research and development over the past few decades.
Not only are very few new antibiotics being developed, but it has also become less attractive to produce those already on the market, partly due to supply chain bottlenecks and volatility. All it takes is a disruption in the supply of an ingredient or a quality-control problem, or a supplier increasing prices or halting production entirely, to bring the global supply chain of these medicines to a standstill.
Just as important has been the equally volatile demand for antibiotics caused by sudden outbreaks of bacterial infections and poor management of national supplies, which contributes to stockouts. While shortages are not uncommon in the pharmaceutical industry, they are 42 percent more likely for antibiotics than they are for other drugs.
Although precise numbers that would reveal the scale of the problem are difficult to obtain, much of this uncertainty could be avoided with better market intelligence. Even though antibiotics are less lucrative than other drugs, pharmaceutical companies can still turn a profit — if they have accurate data. Improved forecasting can thus reduce risks for manufacturers and provide them with an incentive to scale up production and expand their markets.
There is also plenty of room for improvement in the way that countries — particularly lower-income nations — procure, register and manage these vital drugs.
For example, by expanding the capacity of national regulatory authorities, it would be easier to track and coordinate supplies and create stockpiles to build greater resilience. All of this would also help provide more certainty for drugmakers.
SECURE, an initiative led by the WHO and the Global Antibiotic Research and Development Partnership (of which I am executive director), aims to work with countries to improve access to essential antibiotics. That involves exploring how national regulatory authorities could serve as centralized hubs to help monitor, prevent and respond to shortages.
Eventually, SECURE intends to create more buoyant and competitive markets by encouraging countries to pool procurement, ensuring a more reliable supply.
Shortages of antibiotics are a serious problem for all countries, but there is plenty that can — and should — be done to prevent them. Given the accelerating spread of AMR and the long lead-in time to develop antibiotics, the problem can no longer be overlooked.
Equally important, efforts to address scarce supplies could help ensure that, when new drugs become available, they reach the people who need them.
Manica Balasegaram is executive director of the Global Antibiotic Research and Development Partnership.
Copyright: Project Syndicate
On May 7, 1971, Henry Kissinger planned his first, ultra-secret mission to China and pondered whether it would be better to meet his Chinese interlocutors “in Pakistan where the Pakistanis would tape the meeting — or in China where the Chinese would do the taping.” After a flicker of thought, he decided to have the Chinese do all the tape recording, translating and transcribing. Fortuitously, historians have several thousand pages of verbatim texts of Dr. Kissinger’s negotiations with his Chinese counterparts. Paradoxically, behind the scenes, Chinese stenographers prepared verbatim English language typescripts faster than they could translate and type them
More than 30 years ago when I immigrated to the US, applied for citizenship and took the 100-question civics test, the one part of the naturalization process that left the deepest impression on me was one question on the N-400 form, which asked: “Have you ever been a member of, involved in or in any way associated with any communist or totalitarian party anywhere in the world?” Answering “yes” could lead to the rejection of your application. Some people might try their luck and lie, but if exposed, the consequences could be much worse — a person could be fined,
Xiaomi Corp founder Lei Jun (雷軍) on May 22 made a high-profile announcement, giving online viewers a sneak peek at the company’s first 3-nanometer mobile processor — the Xring O1 chip — and saying it is a breakthrough in China’s chip design history. Although Xiaomi might be capable of designing chips, it lacks the ability to manufacture them. No matter how beautifully planned the blueprints are, if they cannot be mass-produced, they are nothing more than drawings on paper. The truth is that China’s chipmaking efforts are still heavily reliant on the free world — particularly on Taiwan Semiconductor Manufacturing
Keelung Mayor George Hsieh (謝國樑) of the Chinese Nationalist Party (KMT) on Tuesday last week apologized over allegations that the former director of the city’s Civil Affairs Department had illegally accessed citizens’ data to assist the KMT in its campaign to recall Democratic Progressive Party (DPP) councilors. Given the public discontent with opposition lawmakers’ disruptive behavior in the legislature, passage of unconstitutional legislation and slashing of the central government’s budget, civic groups have launched a massive campaign to recall KMT lawmakers. The KMT has tried to fight back by initiating campaigns to recall DPP lawmakers, but the petition documents they
RSS