logo
UK identifies atypical case of mad cow disease

UK identifies atypical case of mad cow disease

LeMonde21-05-2025
A case of atypical "mad cow disease" has been found on a farm in eastern England, Britain's animal health agency said on Tuesday, May 20, but authorities said there was no food risk. A cow in the county of Essex showed clinical signs of bovine spongiform encephalopathy (BSE), as the neurologic disease is officially termed, and was culled on site, it said. The news came one day after Britain signed a post-Brexit agreement with the European Union, including a deal to reduce checks on food and plant products.
BSE was first identified in Britain almost 40 years ago and has since spread around the world, causing a crisis in the beef industry. "Atypical BSE is distinct from classical BSE and is a spontaneously and sporadically occurring, non-contagious disease which is believed to occur at a very low level in all cattle populations," chief veterinary officer Christine Middlemiss said in a statement from the agency.
The atypical variant sporadically occurs in older cattle, while the classic form is spread when farmers feed their herds with the meat and bone meal of infected animals. This is the fourth case of atypical mad cow disease in the United Kingdom since 2015. The previous occurrence of the disease occurred last December in Scotland.
The classic form poses more danger to humans, while BSE is linked to the fatal human condition Creutzfeldt-Jakob disease, if contaminated meat is eaten. "There is no food safety risk" following the latest incident, James Cooper, deputy director of food policy at Britain's Food Standards Agency, said Tuesday. "There are strict controls in place to protect consumers from the risk of BSE, including controls on animal feed, and removal of the parts of cattle most likely to carry BSE infectivity."
The government said it had informed the World Organisation for Animal Health as well as trading partners regarding the case. "This does not affect the UK's ability to export beef to other countries," it added. Britain culled millions of cows during a BSE epidemic in the 1990s. Under the new deal with the EU, the UK will be able to sell British burgers and sausages in the neighboring bloc.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

When is it too hot to work?
When is it too hot to work?

Euronews

time2 days ago

  • Euronews

When is it too hot to work?

From Italy's farms to Germany's warehouses and beyond, soaring summer temperatures pose serious health risks to workers across Europe. Heat stress can cause heat exhaustion, heat stroke, and death, even hours or days later. The strain the body puts on itself trying to keep cool can also cause kidney problems and worsen heart disease, respiratory issues, and mental health. These risks came to the fore during brutal heatwaves earlier this summer, when a 51-year-old street cleaner in Barcelona collapsed and died hours after finishing her shift. Spanish authorities are investigating whether the heatwave caused her death. Unlike other environmental health hazards such as air pollution, there are no uniform rules on heat exposure for workers in the European Union, leaving member countries to make their own laws. But when is it actually too hot to work – and what can workers do to protect their health during heatwaves? Understand the risks High temperatures are not the only health risk during heatwaves. The Wet Bulb Globe Temperature (WBGT) is considered a better signal of heat stress for physically active workers because it takes into account heat, humidity, wind, and sunlight. The WBGT includes four threat levels: low, elevated, moderate, high, and extreme. Depending on the region, temperatures above 29 to 32 degrees Celsius are considered extreme threats to workers' wellbeing, raising the risk of heat illness significantly. Extreme heat is more dangerous for people working outside in physically demanding jobs, for example construction workers, agriculture workers, and emergency services. But indoor employees – including those who work in offices – can also face risks, particularly if they are in poorly cooled or ventilated buildings, according to EU-OSHA. Globally, extreme heat kills nearly 19,000 workers per year, according to the International Labour Organization (ILO), and the EU has seen a 42 per cent increase in heat-related workplace deaths since 2000. Pay attention and take action Many people may not realise they are at risk of heat stress, particularly if they are young and otherwise fit, warned Alessandro Marinaccio, research director of the occupational and environmental epidemiology unit at the nonprofit National Institute for Insurance against Accidents at Work (INAIL) in Italy. 'There is a lack of awareness about the risk for the health of workers due to occupational exposure to extreme temperature,' Marinaccio told Euronews Health. His team developed a tool to map daily risk levels for workers in Italy, depending on how physically strenuous their job is and whether they work in the sun or the shade. Health experts say workers should also pay attention to their physical symptoms. 'Workers should be mindful of elements such as dizziness, fatigue, headache, nausea, muscle cramps, fainting, and confusion,' said Ignacio Doreste, a senior advisor at the European Trade Union Confederation (ETUC), which represents labour groups. If you are feeling symptoms of heat stress, stop working, drink water, remove unnecessary clothing, and sit down in a cool, shaded area. If you cannot cool down within 30 minutes, seek emergency medical care. Know your rights Several EU countries have rules to protect workers from heat stress, including Germany, Slovenia, Hungary, Belgium, Cyprus, Greece, Spain, France, and Italy. In France, for example, employers must make fresh drinking water available to workers and adapt their workplaces and working hours to protect them from extreme heat. In parts of Italy, the government banned outdoor working during the hottest hours of the day during the last major heatwave in July. Generally, countries with heat-related laws set work limits of around 29 to 30 degrees Celsius for high-intensity work, 30 to 31 degrees for moderate work, and 31.5 to 32.5 degrees for light work, according to the ILO. The EU also mandates that employers protect workers' health and safety from occupational risks overall, though there is no specific legislation on heat stress. Across the EU, 'whenever a worker is facing a threat to his own physical integrity, they have the right not to work,' Doreste told Euronews Health. But 'enforcement is extremely needed,' he added, especially because 'diseases related to occupational heat are commonly underreported'. The ETUC has called for new laws to protect EU-based workers during heatwaves, including the right to medical examinations and the right to skip work without consequences if an employee believes working in extreme heat will put them at risk. If you are unsure about your rights during a heatwave, check your work contract or consult with your company representatives or trade union.

Healthy babies born in UK using DNA from three people
Healthy babies born in UK using DNA from three people

Euronews

time4 days ago

  • Euronews

Healthy babies born in UK using DNA from three people

In a groundbreaking advance, eight healthy babies have been born in the UK using a revolutionary technique that combines DNA from three different people to prevent the inheritance of rare and often fatal genetic diseases. It's an innovation made possible by a 2016 change in British law. Though banned in the United States and many other countries, the technique is also permitted in Australia. The news 'marks an important milestone,' said Dr. Zev Williams, who directs the Columbia University Fertility Centre but was not involved in the work. 'Expanding the range of reproductive options will empower more couples to pursue safe and healthy pregnancies'. Why mitochondrial diseases are so dangerous Most of our DNA comes from the nucleus of a cell, inherited from both mother and father. But there's also some DNA outside of the cell's nucleus, in structures called mitochondria - tiny energy-producing structures that come only from the mother. When mitochondrial DNA carries dangerous mutations, it can lead to severe and often untreatable conditions in children, from seizures and muscle weakness to organ failure and early death. Screening embryos during IVF can sometimes detect these mutations - but not always. As a result of these rare and uncertain cases, scientists have been developing a pioneering workaround: replacing the mutated mitochondria with healthy ones from a donor egg. The mother's genetic material is extracted and inserted into a donor egg that has had its own nucleus removed, keeping the donor's mitochondria intact but none of her traits. The resulting embryo contains DNA from three people: the mother, the father, and a third-party mitochondrial donor. Outcomes and early results from the UK study Researchers from Newcastle University in the UK and Monash University in Australia, writing in the New England Journal of Medicine, reported that they applied the technique to embryos from 22 women. Eight healthy babies have been born so far, and one woman remains pregnant. One of the babies showed slightly elevated levels of abnormal mitochondria - but not high enough to cause disease, experts say. Still, doctors will continue to monitor development. Dr. Andy Greenfield, a reproductive health expert at the University of Oxford, called the work 'a triumph of scientific innovation,' and said the method of exchanging mitochondria would only be used for a small number of women for whom other ways of avoiding passing on genetic diseases, like testing embryos at an early stage, was not effective. While the term 'three-parent baby' makes headlines, the amount of donor DNA involved is tiny - less than 1 per cent of the child's genome. "If you had a bone marrow transplant from a donor... you will have much more DNA from another person,' noted stem cell expert Robin Lovell-Badge. So far, 35 families in the UK have been approved to use the technique, which is closely regulated. Critics have voiced concerns over the long-term effects of heritable genetic changes, which is partly why the US currently prohibits clinical research into such methods. Federal restrictions have blocked the FDA from even considering applications involving embryos altered in this way But for families like Liz Curtis', the technique offers something they never had before: hope. Her daughter Lily died of a mitochondrial disease in 2006 at just eight months old. She said the diagnosis 'turned our world upside down, and yet nobody could tell us very much about it, what it was or how it was going to affect Lily.' Curtis later founded the Lily Foundation in her daughter's name to raise awareness and support research into the disease, including the latest work done at Newcastle University. 'It's super exciting for families that don't have much hope in their lives,' Curtis said.

Why myths around vaccines and autism are so persistent
Why myths around vaccines and autism are so persistent

Euronews

time5 days ago

  • Euronews

Why myths around vaccines and autism are so persistent

Another major study has confirmed that routine childhood vaccines do not cause autism. The theory emerged three decades ago and caught fire after a study was published – and later retracted – in a major medical journal in 1998. While the theory has since been discredited in many studies from around the world, the myth still persists. Today, anti-vaccine activists often point to aluminium, which is used in trace amounts in many childhood jabs to increase their effectiveness, to argue that the vaccines are unsafe. Danish researchers investigated this in the latest study, which was published in the Annals of Internal Medicine and included more than one million children born in Denmark between 1997 and 2018. It found that aluminium-containing vaccines do not raise the risk of health issues such as autism spectrum disorder, asthma, or autoimmune disorders. Dr Niklas Andersson, one of the study's authors and a vaccine researcher at Denmark's Statens Serum Institut (SSI), described the results as 'reassuring'. 'We have not found anything that indicates that the very small amount of aluminium used in the childhood vaccination programme increases the risk of 50 different health conditions in childhood," Andersson said in a statement. The researchers said the findings should be used to dispel misinformation about vaccines, which have become a political flashpoint in recent years, including during the COVID-19 pandemic. Health authorities blame these falsehoods for driving an increase in the number of parents who opt out of routine vaccines, leaving an opening for preventable diseases such as measles and whooping cough to make a comeback in Europe and elsewhere. Since 2010, vaccine coverage has fallen for at least one jab in Austria, Belgium, Cyprus, Finland, France, Germany, Greece, Italy, Luxembourg, the Netherlands, Spain, Sweden, and the United Kingdom. Why the myth sticks around The theory that vaccines cause autism gained ground in the early 2000s, after the British doctor Andrew Wakefield published an article in The Lancet, a leading medical journal, in 1998 speculating that the measles, mumps, and rubella (MMR) vaccine may cause autism. The study was full of methodological flaws and falsified data, and was later retracted. Wakefield, who made money from lawsuits filed against vaccine manufacturers, was also stripped of his medical license. But his ideas were compelling to parents who noticed that their children received the MMR vaccine around the same time they began showing signs of autism. Later studies went on to show that this was effectively a coincidence. While all vaccines come with some risk of side effects, routine childhood jabs are safe and effective – and do not raise the risk of autism, these studies concluded. The myth has stuck around, though, partly because much is still unknown about what actually causes autism, and because diagnoses have risen since the turn of the century. Scientists believe the uptick is due partly to increased awareness around autism and a wider definition of the disorder. They have also been researching whether environmental factors, such as prenatal exposure to air pollution or certain pesticides, may play a role. In April, US health secretary Robert F Kennedy Jr pledged to identify what causes autism by September as part of a massive research project. Kennedy said scientists would assess the food system, the environment, parenting approaches, and vaccines, in a move widely panned by independent researchers. Anders Hviid, a vaccine researcher at SSI, said large studies like the recent Danish report 'are part of the bulwark against the politicisation of health knowledge, which can damage trust in vaccines'. 'It is absolutely crucial that we clearly separate real science from politically motivated campaigns – otherwise we risk that it is Danish children who pay the price,' Hviid said.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store