Health
US Tariffs on Pharmaceuticals Could Spark Global Trade Disruptions
The pharmaceutical industry is bracing for potential upheaval as the United States considers imposing tariffs on drug imports, a move that could send shockwaves across global markets. President Donald Trump has signaled his intent to impose a 25% tariff on pharmaceuticals as part of a broader strategy to bring drug manufacturing back to the US.
Speaking from the Oval Office on Wednesday night, Trump confirmed his administration’s plans to target the pharmaceutical sector.
“We’re going to be doing tariffs on pharmaceuticals to bring our pharmaceuticals back,” he stated.
While the move aims to bolster domestic production, experts warn that the tariffs could lead to unintended consequences, including higher drug prices and supply chain disruptions that would impact both American and European companies. The US, a major importer of pharmaceuticals, heavily depends on European manufacturers for specialized medications. In 2023 alone, the US imported $170 billion (€157 billion) worth of pharmaceutical products, with $127 billion (€117 billion) coming from the EU.
European Markets at Risk
European pharmaceutical firms are particularly vulnerable to the proposed tariffs. Ireland, a key hub for American pharmaceutical companies, could face severe economic repercussions. In 2023, Ireland exported over €80 billion worth of pharmaceuticals to the US, accounting for more than half of its total exports. Major US firms like Pfizer, Johnson & Johnson, and Eli Lilly have significant operations in Ireland, and potential tariffs could lead to job losses and reduced investment.
Denmark’s pharmaceutical sector, especially Novo Nordisk, is also at risk. The company, a leader in diabetes and obesity treatments, generates over 50% of its revenue from the US market. Increased costs due to tariffs could impact American patients while also denting Denmark’s economic growth. The success of Novo Nordisk’s weight-loss drugs like Ozempic and Wegovy has been a major driver of Denmark’s GDP, contributing nearly half of its economic growth in 2023.
Impact on Other European Nations
Beyond Ireland and Denmark, other European pharmaceutical hubs would also feel the strain. Belgium, home to Pfizer’s major European production facilities, exported over $73 billion in pharmaceuticals in 2024, with a quarter of those exports going to the US. Germany’s pharmaceutical and biotech industries, including major players like Bayer and BioNTech, could also face setbacks. France, Italy, and Switzerland—key exporters of vaccines, generics, and high-value specialty drugs—would experience supply chain disruptions and financial strain.
EU Retaliation on the Horizon?
If the US proceeds with tariffs, the European Union may impose retaliatory measures targeting American pharmaceutical companies. The European Commission is reportedly exploring countermeasures, including higher export costs for US firms such as Pfizer, Merck, and Johnson & Johnson.
Additionally, the EU could prioritize domestic pharmaceutical companies in government contracts and revive stalled regulatory reforms, such as the General Pharmaceutical Legislation (GPL) reform, which aims to strengthen Europe’s pharmaceutical sovereignty. The recently proposed Critical Medicines Act could also serve as a framework to counterbalance US trade policies.
With negotiations ongoing, the global pharmaceutical industry is closely watching developments, as any trade war in this sector would have far-reaching consequences for businesses, patients, and healthcare systems on both sides of the Atlantic.
Health
Medieval Manuscripts Reveal Thousands-Year History of Deadly Sheep Virus
DNA recovered from medieval manuscripts has given scientists new clues about the long history of sheep pox, a highly contagious disease that has threatened livestock for thousands of years.
An international team led by researchers at University College Dublin discovered traces of sheep pox virus in parchment used for some of Europe’s historic manuscripts. The findings suggest that animal diseases may have left genetic records in old documents, providing scientists with another way to study how pathogens developed over time.
During the Middle Ages, parchment was commonly made from the treated skin of sheep, goats and cattle. Researchers extracted DNA from the animal skins used to produce centuries-old manuscripts and identified genetic material linked to the sheep pox virus.
The study involved geneticists, historians, virologists, protein chemists and conservation specialists. Louis L’Hôte, the study’s lead author, said the research showed that parchment could preserve DNA from animal pathogens and provide valuable evidence about infectious diseases in the past.
Among the manuscripts examined was the approximately 1,000-year-old York Gospels, considered one of the finest surviving illuminated manuscripts from the late Anglo-Saxon period. Researchers also examined the Corpus Glossary at Corpus Christi College in Cambridge, an early English dictionary, along with other medieval texts from Britain and continental Europe.
In some manuscripts, several pages contained sheep pox virus DNA. Researchers said this could indicate that animals infected with the disease were used to produce the parchment.
The team compared the genetic material recovered from the manuscripts with older DNA samples obtained from Bronze Age sheep teeth. Their analysis indicated that sheep pox has affected livestock for more than 3,700 years.
Sheep pox spreads quickly among animals and can infect a large proportion of a flock. The disease causes fever and skin lesions and can result in death. Outbreaks can also cause major financial losses through reduced milk production, damage to wool and hides, and restrictions on livestock trade.
There is no evidence that sheep pox infects humans.
The research, published in Science Advances, also provided insight into how the virus changed over time. Scientists found that the sheep pox virus genome remained relatively stable during the past several thousand years.
L’Hôte said the finding contrasts with the evolutionary history of some other pathogens, including smallpox. The stability of the sheep pox genome may indicate that important genetic changes occurred much earlier in the virus’s history and helped it adapt to sheep.
Researchers said the work could encourage scientists to examine other archives and libraries for genetic traces of historic animal diseases. Ancient DNA preserved in manuscripts could offer a new source of information about outbreaks that affected livestock and societies long before modern disease surveillance existed.
Health
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