Health
Stanford Study Links Epstein-Barr Virus to Lupus, Revealing Hidden Trigger Behind Autoimmune Disease
New research from Stanford University links the Epstein-Barr virus (EBV) to lupus disease, showing how the virus can push immune cells to attack the body’s own tissues. The findings, published this week in Science Translational Medicine, suggest that the common childhood virus may be the key trigger behind lupus, a chronic autoimmune disorder that affects millions worldwide.
According to the study, EBV — a virus carried by more than 90 percent of adults — appears to manipulate the body’s immune cells in a way that sparks lupus. “This is the single most impactful finding to emerge from my lab in my entire career,” said Dr. William Robinson, professor of immunology and rheumatology at Stanford University and the study’s senior author. “We think it applies to 100 per cent of lupus cases.”
Lupus occurs when the immune system mistakenly attacks healthy tissues, leading to inflammation that can damage the skin, joints, kidneys, heart, and nervous system. The disease affects women far more than men, accounting for roughly 90 percent of cases. While medications such as ibuprofen can manage symptoms, about 5 percent of patients develop life-threatening complications. There is currently no cure.
Epstein-Barr virus is best known for causing mononucleosis, or “mono,” often called the “kissing disease.” Most people contract it during childhood or adolescence through saliva, such as by sharing food, drinks, or through kissing. “Practically the only way to not get EBV is to live in a bubble,” Robinson said, noting that the odds of exposure are nearly 20 to 1.
Once inside the body, EBV hides within B cells — immune cells responsible for making antibodies to fight infection. The virus can hijack these cells, turning them rogue and prompting them to attack the body’s own tissues. Researchers found that in lupus patients, EBV-infected B cells are about 25 times more common than in healthy individuals.
The virus produces a protein known as EBNA2, which activates human genes linked to inflammation. This triggers an immune chain reaction where B cells stimulate other immune cells to attack cell nuclei, a hallmark of lupus. When enough of these overactive cells accumulate, a full autoimmune response develops.
The study also suggests that the same viral mechanism may contribute to other autoimmune conditions such as multiple sclerosis, rheumatoid arthritis, and Crohn’s disease. Researchers believe that genetics, variations in viral strains, and environmental factors may determine why some individuals develop autoimmune disorders after infection.
Several biotechnology firms are developing vaccines to prevent EBV infection, with early-stage clinical trials already underway. However, experts say such vaccines would only be effective if administered before initial exposure — meaning protection would need to start early in life.
If confirmed, Stanford’s discovery could reshape the understanding of autoimmune diseases and pave the way for preventive strategies against one of the world’s most persistent viruses.
Health
WHO Warns of Sharp Rise in Mental Health Conditions Among Europe’s Youth
A growing number of children and teenagers across Europe are experiencing mental health conditions, with global health officials warning that support systems are failing to keep pace with the surge. A new analysis released by the World Health Organization (WHO) outlines the scale of the challenge and calls for urgent action across the region.
According to the report, one in seven Europeans under the age of 20 are living with a mental health condition — a rise of about one-third over the past 15 years. The findings show clear gender disparities, with girls facing greater vulnerability. Among girls aged 15 to 19, one in four report having a mental health condition, making them the most affected group.
The report also highlights striking differences between countries. Teenagers in the Faroe Islands, Iceland and Denmark ranked among the highest for mental wellbeing, while those in Ukraine, Cyprus and Poland were placed at the lower end of the scale. The data reflects both long-term trends and the impact of recent crises.
Concerns about youth mental health have intensified in recent years, driven by a combination of social isolation, the effects of the COVID-19 pandemic, geopolitical tensions and growing economic pressures. Experts say these factors have created an environment in which young people are increasingly exposed to stress and uncertainty.
Access to professional support remains one of the region’s biggest obstacles. The WHO report notes that about one-quarter of European countries do not have community-based mental health services for young people. In addition, one in five countries lack dedicated mental health policies, leaving many children and teenagers without structured pathways to receive help.
“This report is a wake-up call,” said Dr. João Breda, who works on patient safety and healthcare quality at the WHO. “Every child and young person has the right to mental health support and high-quality care.”
The findings mark the first time the WHO has compiled extensive data on child and youth mental health across its European region, which includes 53 countries in Europe and Central Asia. The report stresses the need for stronger in-person care, noting rising concerns about young people turning to digital tools for emotional support. The document raises alarms about cases in which reliance on artificial intelligence chatbots, including ChatGPT, has led to harmful outcomes.
The WHO is urging governments to strengthen their mental health frameworks by increasing investment, expanding services and updating programmes to better reflect the needs of children and adolescents.
“By acting now, countries can build resilient systems that help the next generations thrive,” Breda said.
Health
Poliovirus Detected in Hamburg Wastewater, Raising Public Health Alerts
Health authorities in Germany have discovered traces of the poliovirus in sewage from Hamburg, highlighting a persistent health threat decades after Europe was declared polio-free. The finding has prompted renewed calls for enhanced disease monitoring and vaccination coverage.
Germany has not reported any confirmed cases of poliomyelitis, a highly contagious disease that primarily affects young children and can invade the nervous system, sometimes causing paralysis. The poliovirus detected in Hamburg’s wastewater is genetically similar to a strain last identified in Afghanistan, one of only two countries where polio remains endemic.
The European Centre for Disease Prevention and Control (ECDC) described the detection as “unusual, but not unexpected.” Germany’s last known locally transmitted polio case occurred in 1990, and the continent was officially declared polio-free in 2002. However, health officials caution that imported cases remain possible, particularly among populations with low vaccination coverage.
The World Health Organization (WHO) emphasized that the discovery underscores the ongoing risk: “Until polio is eradicated everywhere, all countries remain at risk of importation of the virus and potential re-infection.” Poliovirus can appear in sewage when individuals shed the virus in their stool. This does not necessarily indicate illness, as it can also result from people receiving the oral polio vaccine, which contains a weakened live virus.
Last year, similar detections in Germany, Poland, and Spain prompted health authorities to urge countries to strengthen surveillance systems and vaccination campaigns to protect populations from potential outbreaks. Across the European Union, vaccination coverage among one-year-olds ranged from 79 percent in Romania to 99 percent in Hungary and Luxembourg, according to WHO data. Experts note that gaps may persist at the local level, leaving some communities vulnerable to transmission.
Despite the presence of the virus in sewage, the ECDC stressed that the overall risk to the European population remains “very low.” Health authorities are using the findings to monitor trends and reinforce vaccination messaging, particularly in areas where immunization rates fall below recommended levels.
Germany’s recent detection serves as a reminder that polio, although rare in Europe, has not been fully eliminated globally. Public health officials continue to advocate for robust immunization programs, vigilant disease surveillance, and rapid response plans to prevent the virus from spreading should a case arise.
The Hamburg wastewater discovery has renewed focus on the importance of vaccination and monitoring, reinforcing global efforts to ensure that polio remains under control until it is eradicated worldwide.
Health
Scientists Explore New Frontiers in Autoimmune Disease Research as Cases Rise Worldwide
Scientists are still investigating potential causes and treatments for autoimmune conditions. Here’s what to know. Autoimmune diseases, which occur when the body’s defense system mistakenly attacks its own cells, now affect tens of millions of people globally. These conditions can strike nearly any part of the body and are most common among women, though men and children are not exempt. Rates have been climbing for years, raising urgent questions about how the immune system goes awry and how to better diagnose and treat these illnesses.
Researchers say progress in understanding the immune system is opening doors to new therapies that may go beyond controlling symptoms. “This is probably the most exciting time that we’ve ever had to be in autoimmunity,” said Dr Amit Saxena, a rheumatologist at NYU Langone Health in the United States. His optimism reflects a growing scientific push to reprogramme faulty immune responses rather than only suppress them.
Scientists have pinpointed a potential driver of the global rise in colon and rectal cancers among young people: ultra-processed foods. Women who ate the most ultra-processed foods had a higher risk of developing polyps that can lead to cancer compared with women who ate the least. The finding adds urgency to research into immune-related disorders, many of which appear to be influenced by environmental triggers.
More than 100 autoimmune diseases have been identified. Rheumatoid arthritis and psoriatic arthritis inflame joints. Sjögren’s disease is known for dry eyes and mouth. Myositis and myasthenia gravis weaken muscles, while lupus can attack organs ranging from the kidneys to the heart. Symptoms often ebb and flow unpredictably, with patients experiencing long periods of stability before suddenly facing a flare.
Diagnosing these conditions is notoriously difficult. Early signs are often vague, overlap with other illnesses, or appear sporadically. Doctors may order blood tests to search for misplaced antibodies, yet many patients spend years seeking answers from multiple specialists. Efforts to speed diagnoses are underway, including updated guidance for detecting multiple sclerosis.
Scientists are also studying how the immune system becomes confused. Normally, it distinguishes foreign threats from the body’s own tissues. When that tolerance breaks down, chronic disease can develop. Genetics can increase vulnerability, but usually an external trigger — infection, smoking, pollutants — is needed to set the process in motion. New evidence links the Epstein-Barr virus not only to multiple sclerosis but also to lupus, offering fresh insight into how hidden viral infections may spark long-term immune disruption.
Women face the highest risk of autoimmune disease, possibly due to hormonal influences or differences linked to the X chromosome. Some conditions, however, overwhelmingly affect men. VEXAS syndrome, discovered in 2020, typically strikes men over 50 with severe symptoms that include breathing problems and blood clots.
Treating autoimmune diseases remains complex. The global market for therapies exceeds $100 billion (€87 billion) annually, yet many patients still navigate trial-and-error treatment plans. While high-dose steroids and broad immune-suppressing drugs were once the main options, newer treatments now target specific molecules. The most promising new approach involves CAR-T therapy — originally developed for cancer — which wipes out malfunctioning immune cells and allows healthier ones to grow back. Early trials show potential benefits for lupus, myositis, and other conditions.
Scientists hope that continued research will bring earlier detection, better tools to prevent disease onset, and therapies that address root causes rather than symptoms.
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