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Wednesday, October 08, 2025

Johnson & Johnson ordered to pay US$966 million in talc cancer case after jury finds company liable

By Reuters
October 07, 2025 

The Johnson & Johnson logo appears above a trading post on the floor of the New York Stock Exchange. (AP Photo/Richard Drew, file)

A Los Angeles jury ordered Johnson & Johnson to pay US$966 million to the family of a woman who died from mesothelioma, finding the company liable in the latest trial alleging its talc products cause cancer.

The family of Mae Moore, a California resident who died at age 88 in 2021, sued the company the same year, claiming J&J’s talc baby powder products contained asbestos fibers that caused her rare cancer. The jury late on Monday ordered J&J to pay $16 million in compensatory damages and $950 million in punitive damages, according to court filings.

The verdict could be reduced on appeal as the U.S. Supreme Court has found that punitive damages should generally be no more than nine times compensatory damages.

Erik Haas, Johnson & Johnson’s worldwide vice president of litigation, said in a statement that the company plans to immediately appeal, calling the verdict “egregious and unconstitutional.”

“The plaintiff lawyers in this Moore case based their arguments on ‘junk science’ that never should have been presented to the jury,” Haas said.


The company has said its products are safe, do not contain asbestos, and do not cause cancer. J&J stopped selling talc-based baby powder in the U.S. in 2020, switching to a cornstarch product. Mesothelioma has been linked to asbestos exposure.

Trey Branham, one of the attorneys representing Moore’s family, said after the verdict that his team is “hopeful that Johnson & Johnson will finally accept responsibility for these senseless deaths.”

J&J is facing lawsuits from more than 67,000 plaintiffs who say they were diagnosed with cancer after using baby powder and other talc products, according to court filings. The number of lawsuits alleging talc caused mesothelioma is a small subset of these cases, with the vast majority involving ovarian cancer claims.

J&J has sought to resolve the litigation through bankruptcy, a proposal that has been rejected three times by federal courts.

Lawsuits alleging talc caused mesothelioma were not part of the last bankruptcy proposal. The company has previously settled some of those claims but has not struck a nationwide settlement, so many lawsuits over mesothelioma have proceeded to trial in state courts in recent months.

In the past year, J&J has been hit with several substantial verdicts in mesothelioma cases, but Monday’s is among the largest. The company has won some of the mesothelioma trials, including last week in South Carolina, where a jury found J&J not liable.

The company has been successful in reducing some of the awards on appeal, including in one Oregon case where a state judge granted J&J’s motion to throw out a $260 million verdict and hold a new trial.

(Reporting by Diana Novak Jones; Editing by Alexia Garamfalvi, Rod Nickel and Bill Berkrot)




Friday, June 06, 2025

 

Bat viruses similar to MERS have potential to jump to humans




Washington State University





PULLMAN, Wash.--A group of bat viruses closely related to the deadly Middle East respiratory syndrome coronavirus (MERS-CoV) could be one small mutation away from being capable of spilling over into human populations and potentially causing the next pandemic.

A recent study published in the journal Nature Communications examined an understudied group of coronaviruses known as merbecoviruses — the same viral subgenus that includes MERS-CoV — to better understand how they infect host cells. The research team, which included scientists at Washington State University, the California Institute of Technology and the University of North Carolina, found that while most merbecoviruses appear unlikely to pose a direct threat to people, one subgroup known as HKU5 possesses concerning traits.

“Merbecoviruses – and HKU5 viruses in particular – really hadn’t been looked at much, but our study shows how these viruses infect cells,” said Michael Letko, a virologist at WSU’s College of Veterinary Medicine who helped to spearhead the study. “What we also found is HKU5 viruses may be only a small step away from being able to spill over into humans.”

During the past two decades, scientists have cataloged the genetic sequences of thousands of viruses in wild animals, but, in most cases, little is known about whether these viruses pose a threat to humans. Letko’s lab in WSU’s Paul G. Allen School for Global Health focuses on closing that gap and identifying potentially dangerous viruses.

For their most recent study, Letko’s team targeted merbecoviruses, which have received limited attention apart from MERS-CoV, a zoonotic coronavirus first noted in 2012 that is transmitted from dromedary camels to humans. It causes severe respiratory disease and has a mortality rate of approximately 34%.

Like other coronaviruses, merbecoviruses rely on a spike protein to bind to receptors and invade host cells. Letko’s team used virus-like particles containing only the portion of the spike responsible for binding to receptors and tested their ability to infect cells in the lab. While most merbecoviruses appear unlikely to be able to infect humans, HKU5 viruses – which have been found across Asia, Europe, Africa and the Middle East – were shown to use a host receptor known as ACE2, the same used by the more well-known SARS-CoV-2 virus that causes COVID-19. One small difference: HKU5 viruses, for now, can only use the ACE2 gene in bats, but do not use the human version nearly as well.

Examining HKU5 viruses found in Asia where their natural host is the Japanese house bat (Pipistrellus abramus), the researchers demonstrated some mutations in the spike protein that may allow the viruses to bind to ACE2 receptors in other species, including humans. Researchers on another study that came out earlier this year analyzed one HKU5 virus in China that has already been documented to have jumped into minks, showing there is potential for these viruses to cross species-barriers.

“These viruses are so closely related to MERS, so we have to be concerned if they ever infect humans,” Letko said. “While there’s no evidence they’ve crossed into people yet, the potential is there — and that makes them worth watching.”

The team also used artificial intelligence to explore the viruses. WSU postdoctoral researcher Victoria Jefferson used a program called AlphaFold 3 to model how the HKU5 spike protein binds to ACE2 at the molecular level, which could help provide a better understanding of how antibodies might block the infection or how the virus could mutate.

Up until this point, such structural analysis required months of lab work and specialized equipment. With AlphaFold, Jefferson generated accurate predictions in minutes. The results matched those recently documented by a research team that used traditional approaches.

Letko noted the study and its methods could be used for future research projects and aid in the development of new vaccines and treatments.

The research was funded through a research project grant from the National Institutes of Health. Jefferson’s work was supported by an NIH T32 training grant.

Tuesday, May 20, 2025

 

The Lancet: Globally the health of adolescents is at a tipping point; action needed to tackle rising threats to young people’s health and wellbeing



The Lancet


  • New analysis indicates that without targeted action by 2030 at least half of the world’s adolescents (over 1 billion) will still live in countries where they are at risk of experiencing poor health across many indicators, including mental health and overweight.  
  • Over the past decade, progress in adolescent health and wellbeing has been mixed and uneven. While global rates of smoking and alcohol use have declined and educational participation - especially among young women - has increased, obesity-related diseases and mental health disorders are rising in all regions.
  • The second Lancet Commission on adolescent health and wellbeing highlights that today's adolescents, the first generation to grow up under harsher climate conditions and the pervasive presence of digital technologies, disproportionately face emerging global health threats.
  • Adolescents in low- and middle-income countries represent over a quarter of the population and bear a disproportionate share of the global disease burden (9.1%) - yet receive just 2.4% of global development aid. 
  • Adolescents and youth from over 36 countries were central to the Commission. They call for young people to claim their right to be involved in shaping policies, in research, and in advancing solutions that directly affect their lives. 


By 2030, there will still be over 1 billion of the world’s adolescents (aged 10-24 years) living in countries where preventable and treatable health problems like HIV/AIDS, early pregnancy, unsafe sex, depression, poor nutrition and injury collectively threaten the health and wellbeing of adolescents, suggests a new analysis from the second Lancet Commission on adolescent health and wellbeing.

Commission co-chair, Professor Sarah Baird, George Washington University (USA) says, “The health and wellbeing of adolescents worldwide is at a tipping point, with mixed progress observed over the past three decades. Whilst tobacco and alcohol use has declined and participation in secondary and tertiary education has increased, overweight and obesity have risen by up to eight-fold in some countries in Africa and Asia over the past three decades, and there is a growing burden of poor adolescent mental health globally. Additionally, the challenges faced by the world’s adolescents are at risk of being exacerbated by emerging global issues including climate change, world conflicts and a rapid transition to a more digital world.

“Investing in the health and wellbeing of young people is crucial for safeguarding our collective future. We must prioritise investment in adolescent health and wellbeing through initiatives including those that strengthen schools to promote health and wellbeing and to ensure universal access to healthcare for adolescents. Furthermore, adolescent engagement and activism must be central to creating the social and community changes we need to foster a more just society and create a healthier planet with more opportunities for everyone.”

Insufficient and uneven progress
 
A decade since the first Lancet Commission on adolescent health and wellbeing published in 2016 [1], there have been global improvements in education, and in reducing global rates of smoking and alcohol use. However, across many areas of adolescent health, progress has been undermined by the COVID-19 pandemic and a chronic lack of funding.
 
In a novel analysis using data from the 2021 Global Burden of Disease study [2], the Commission estimates that there were nearly 1.1 billion adolescents living in countries where preventable and treatable health problems like HIV/AIDS, early pregnancy, unsafe sex, depression, poor nutrition and injury remain a daily threat to their health, wellbeing, and life chances (which the Commission terms multi-burden countries). [3] 
 
This compares to just under 1 billion adolescents living in multi-burden countries in 2016 indicating, alongside population growth, a lack of progress in addressing adolescent health. New projections suggest that, without political will, policy initiatives and financial investments, there will still be more than 1 billion adolescents living in multi-burden countries in 2030.

Limited progress is evident in several critical areas impacting adolescents. The Commission estimates that nearly one-third of adolescent girls will be anaemic globally by 2030, highlighting inadequate efforts to tackle this issue. Anaemia can cause fatigue,hinder growth and cognitive development and, in extreme cases, lead to organ damage, making it crucial to address for the wellbeing of girls.

Similarly, adolescent mental health has seen a significant decline over the past three decades in countries with available data, a trend exacerbated by the COVID-19 pandemic. In 2030, the Commission projects 42 million years of healthy life will be lost to mental disorders or suicide (2 million more than in 2015). 
 
Additional projections indicate that one-third of adolescents in high-income countries, Latin America, and the Middle East will be overweight by 2030, underscoring the shortcomings in combating adolescent obesity. In 2030, the Commission projects 464 million adolescents globally will be overweight or obese (143 million more than in 2015).

Commission co-chair, Professor Alex Ezeh, Drexel University (USA) says, “Demographic shifts will continue to drive global progress or lack thereof in adolescent health and wellbeing. Africa’s share of global adolescents will increase from under 25% currently to more than 46% by 2100. Consequently, progress in improving the health and wellbeing of adolescents in Africa will increasingly determine progress in improving the health and wellbeing of adolescents globally. This calls for targeted attention to the needs of adolescents in Africa.”

New threats to adolescent health

The Commission identifies several significant new threats to adolescent health, emphasising that young people are navigating a rapidly changing world. Emerging challenges, such as climate change and the shift towards a more digital world, are expected to have a profound impact on young people’s future health and wellbeing.

Today’s adolescents are the first generation who will live their entire life with the average annual global temperature that has consistently been 0·5oC higher than pre-industrial levels. And by 2100, 1.9 billion adolescents will live in a world that is expected to warm around 2.8oC above pre-industrial times, bringing catastrophic risks for their health such as heat-related illnesses, reduction in food and water quality and availability, and a rise in mental health conditions related to climate events.

The Commission undertook a new systematic review to identify how climate change affects adolescent mental health. The review found that both quick acting climate disasters such as hurricanes and slower acting effects such as chronic food insecurity contribute to mental health conditions in adolescents such as post-traumatic stress disorder, anxiety and depression. [4]
 
Commissioner Dr Aaron Jenkins, University of Sydney (Australia), says, “I am profoundly encouraged by our Second Lancet Commission on adolescent health and wellbeing, which embraces the ecological foundations of human wellbeing—highlighting biodiversity, environmental integrity, and climate as pivotal determinants of adolescent health. This holistic approach underscores that safeguarding our planet’s health is inseparable from nurturing the potential and resilience of young people. For the first time, we are identifying and encouraging interventions that simultaneously advance adolescent health, ecological integrity, biodiversity conservation, climate change mitigation, and social justice. This integrative co-benefit strategy not only addresses the multifaceted challenges faced by today’s youth but also paves the way for a sustainable and equitable future.”
 
Additionally, the Commission highlights how the digital transition offers adolescents new opportunities for social interaction, education, employment, and health promotion. However, many key social and emotional experiences now occur online, raising concerns about potential harm to their development and wellbeing. While the impact of the digital world, especially social media, on adolescent mental health remains highly debated with limited causal evidence, there is a need to balance early protective actions with avoiding unintended harm by overly restricting digital access.
 
Actions to address adolescent health and wellbeing
 
The Commission highlights that current funding for adolescent health and wellbeing is not proportionate with the magnitude of the challenge nor targeted to areas of greatest need. 
 
An analysis of funding undertaken by the Commission finds adolescent health and wellbeing makes up only 2.4% of global aid, despite adolescents being 25% of the world population and making up 9% of the total burden of disease. [5] 
 
The Commission’s analyses of the returns on investments in adolescence show they are on par with investments in children aged 0–9 years, and that investments in children and adolescents are associated with better returns than investments in adults. The Commission’s exploration of the challenges facing the field of adolescent health suggest that investment is hampered by the absence of global and national leadership, governance and accountability for adolescent health and wellbeing, among many other factors. 
 
This is the first global Commission to prioritise and embed meaningful adolescent and youth engagement at every stage, co-led by ten diverse Youth Commissioners - aged 23 to 35 - spanning academia, civil society, and multilateral organisations. Their lived experiences, research expertise and leadership shaped the Commission, while Youth Solution Labs run by the Commission engaged over 200 adolescents across 36 countries to identify key priorities and develop actionable recommendations.
 
Youth Commissioner Dr Shakira Choonara, says, "Young people are navigating a rapidly changing world, and through this Commission we’ve heard the diverse and alarming concerns adolescents have about their health and wellbeing. However, there are also opportunities—and we've seen firsthand and through the Commission findings how adolescents are already stepping up as active citizens and powerful agents of change, from leading advocacy and activism to co-designing policies that shape the future of human health and planetary health. I am deeply inspired by the change youth leaders are bringing to their communities and to the global landscape. Investing in and engaging with our generation will build a healthier, more empowered, and better-equipped generation of future leaders." 

Quotes from authors cannot be found in the text of the Commission but have been supplied for the press release. 
 
References:
 
[1] https://www.thelancet.com/commissions/adolescent-health-and-wellbeing 
[2] https://ghdx.healthdata.org/gbd-2021 
[3] Multi-burden countries are defined by the Commission as countries where there are more than 2,500 Disability Adjusted Life Years in adolescents per 100,000 due to communicable, maternal or nutritional diseases.
[4] See appendix 12 for the systematic review on climate change and adolescent wellbeing
[5] See appendix 7 for the analysis of development assistance for health
 
The labels have been added to this press release as part of a project run by the Academy of Medical Sciences seeking to improve the communication of evidence. For more information, please see: http://www.sciencemediacentre.org/wp-content/uploads/2018/01/AMS-press-release-labelling-system-GUIDANCE.pd

IF YOU WISH TO PROVIDE A LINK FOR YOUR READERS, PLEASE USE THE FOLLOWING, WHICH WILL HAVE THE NEW COMMISSION ADDED AT THE TIME THE EMBARGO LIFTS: https://www.thelancet.com/commissions-do/adolescent-health-wellbeing

Funding: The Commission received funding from the Gates Foundation, Human Sciences Research Council, FIA Foundation, and Exemplars in Global Health. 

Friday, May 16, 2025

 

Allergies differ in urban, rural children: study shows unique immune cell linked to risk



Differences in gut microbiome development may explain evidence for unique T cell that recognizes certain foods as allergenic



University of Rochester Medical Center




Scientists discovered that a previously uncharacterized subset of immune cells may play a critical role in the development of allergic diseases and explain differences between urban and rural populations. The finding, published in the journal Allergy, provides new insight into how the immune system is shaped in early life—and why urban children are more prone to allergies than children from rural areas. 

Led by researchers from the University of Rochester Medical Center (URMC) Department of Pediatrics, including MD/PhD student Catherine Pizzarello and senior author Kirsi Järvinen-Seppo, MD, PhD, the study uncovered a unique subpopulation of T cells known as helper 2 (Th2) cells with distinct molecular characteristics. 

T-cells are the foundational immune cells that fight off infections, but there is evidence that this specific subtype is recognizing certain foods as allergenic and attacking them, according to Jarvinen-Seppo. 

“These pro-allergic T cells are more inflammatory than anything previously described in this context,” said Järvinen-Seppo, chief of Pediatric Allergy and Immunology at UR Medicine Golisano Children’s Hospital. “They were found more frequently in urban infants who later developed allergies, suggesting they may be a predictive biomarker or even a mechanistic driver of allergic disease.” 

The study compared blood samples from urban infants with those from infants in a farming community, specifically the Old Order Mennonites (OOM) of New York’s Finger Lakes region—known for their low rates of allergies. Researchers found that while urban infants had higher levels of the aggressive Th2 cells, OOM infants had more regulatory T cells that help keep the immune system in balance and reduce the likelihood of allergic responses. 

While additional research is needed to identify a possible cause, Jarvinen-Seppo speculates that differences in the development of the gut microbiome between the two populations, and more exposure to “healthy” bacteria in rural children, may be a factor. 

“The farming environment, which is rich in microbial exposure, appears to support the development of a more tolerant immune system. Meanwhile, the urban environment may promote the emergence of immune cells that are primed for allergic inflammation,” said Jarvinen-Seppo. 

The work is part of a broader, NIH-funded investigation into how early-life exposures influence long-term immune outcomes. In 2023, Järvinen-Seppo’s team received a $7 million grant from the National Institute of Allergy and Infectious Diseases (NIAID) to study environmental, microbiome, and immune differences between OOM and urban infants. The goal is to continue this foundational work to uncover protective factors that could be translated into preventive therapies, including probiotics or microbiome-supporting interventions. 

“If we can identify the conditions for this disparity between the different T cell subpopulations, we can potentially find solutions in allergic disease development,” Järvinen-Seppo said.