The US Department of Health and Human Services said Thursday that it aims to accomplish within four years a scientific feat that hasn’t been achieved for the past 45: the development of a universal flu vaccine that could protect against multiple virus strains with pandemic potential, including H5N1 avian influenza. “Generation Gold Standard is a paradigm shift,” National Institutes of Health Director Dr. Jay Bhattacharya said in a statement on the new initiative. “It extends vaccine protection beyond strain-specific limits and prepares for flu viral threats – not just today’s, but tomorrow’s as well – using traditional vaccine technology brought into the 21st century.” HHS said the project, being developed in-house at the National Institute of Allergy and Infectious Diseases, is targeting US Food and Drug Administration approval of universal influenza vaccines in 2029, with human clinical trials scheduled to start next year. The Wall Street Journal first reported that it will be funded with $500 million from the Biomedical Advanced Research and Development Authority, a figure confirmed by a spokesperson for HHS. “I hope it works,” said Dr. Paul Offit, a vaccine scientist at the Children’s Hospital of Philadelphia. He noted that he trained in a flu lab in the early 1980s that was working on a universal flu vaccine, and one still hasn’t been developed. “It’s not for lack of effort, and it’s not for lack of expertise, and it’s not for lack of money that we don’t have a universal influenza vaccine. It’s just really hard to do.” Flu viruses are wily because they mutate from season to season, sometimes significantly, and because efforts to protect against all – or many – strains at once haven’t succeeded, we get updated flu shots each year to protect us against the latest circulating strains. A similar paradigm has unfolded for Covid-19 vaccines since they were first authorized in the height of the pandemic at the end of 2020. HHS’s new initiative also aims to develop universal coronavirus vaccines that could provide protection against not just the virus that causes Covid-19 – SARS-CoV-2 – but its cousins SARS-CoV-1 and MERS-CoV. A large investment in older technology The vaccine technology in HHS’s new initiative uses inactivated whole-virus vaccines, an older approach that delivers an entire virus that’s been chemically tweaked so it can’t infect human cells. The project comes from work being driven by Dr. Matthew Memoli, the NIH’s principal deputy director, and Dr. Jeffery Taubenberger, acting director of NIAID. Memoli, who gained attention in 2021 for opposing Covid-19 vaccine mandates and reportedly declined Covid-19 vaccination himself, said in 2022 that one of the vaccines being advanced in this project, which can potentially be administered through a squirt up the nose, is an attempt “to induce a comprehensive immune response that closely mimics immunity gained following a natural influenza infection.” Vaccine experts who are not involved in the project said universal flu and coronavirus vaccines are a worthy goal, but they questioned whether this project could produce one. Dr. Greg Poland, who directs the vaccine research group at the Mayo Clinic, said the accepted scientific definition of a universal flu vaccine is one that would provide at least 75% protection against symptomatic infection with both A and B strain flu viruses for at least a year, and preferably over multiple seasons, for all age groups. Poland says research that’s been published on the most advanced candidate in the new initiative, BPL-1357, describes a vaccine that contains inert versions of four A-strain avian influenza viruses but doesn’t include any B-strain viruses, “which tells me they’re not aiming at seasonal viruses,” he said. “They’re aiming at those viruses that have the potential for pandemicity,” or the potential to start pandemics. Poland said he was also surprised by the amount of money being devoted to a vaccine technology that science has largely moved away from. “Why would we devise a major program and devote a tremendous amount of resources to an old platform?” he asked. The advantage of using whole viruses is that they give the body a chance to develop antibodies to many parts of a virus, which tends to create long-lasting protection, even if some parts of the virus mutate. But they can also cause unwanted side effects and adverse reactions. Whole virus vaccines are typically grown in chicken eggs or cells. In this case, the vaccines under study are grown in canine kidney cells. Those viruses are treated with a chemical called beta-propiolactone, which prevents them from being able to copy themselves in the body and infect cells. The inactivated viruses are then purified and mixed into a shot or nasal spray. The US used to use flu vaccines made from whole inactivated viruses but has since moved to safer options, such as subunit or split virus vaccines, which use only a part of the flu virus to create an immune response. Flumist, a nasal spray, uses a whole but weakened version of the virus, so it’s not completely inactivated. Inactivated whole-virus flu vaccines are still used in some other countries. Poland and another vaccine expert, Dr. Peter Hotez, director of the Center for Vaccine Development at Texas Children’s Hospital, said whole-virus vaccines were once more common, but developers moved away from them because they produce inoculations that are sometimes too strong and can provoke dangerous immune reactions. “I’m guessing it’s going to be quite reactogenic,” Hotez said. He pointed to the 1976 swine flu vaccine, which produced a strong immune response to the whole virus it contained but also caused high rates of Guillain-Barré syndrome, an immune disorder in which the body attacks its own nerves and muscles, causing muscle weakness and paralysis. Other whole-virus vaccines, including the first ones developed to fight respiratory syncytial virus or RSV, have caused problems such as immune enhancement, where exposure to the virus after vaccination makes the infection more dangerous, not less. “It’s a bit of a head-scratcher why they have so much confidence in a whole inactivated virus approach. I don’t quite understand that,” Hotez said. New testing requirements for vaccines Just before it announced its new universal vaccine development plan, late Wednesday HHS threw into question the future of seasonally updated Covid-19 vaccines. The agency said in a statement that “all new vaccines will undergo safety testing in placebo-controlled trials prior to licensure – a radical departure from past practices.” The FDA typically selects strains for updated Covid-19 vaccines in June so manufacturers can ready them for the fall respiratory virus season. The agency has adopted a system similar to the one used for flu vaccines, holding previously that updating only the strain targeted by the vaccine – and nothing else – didn’t represent a change big enough to require new human trials. If HHS now requires placebo-controlled trials before clearing updated Covid-19 vaccines, experts said, that could delay availability of the shots by months, putting vulnerable people at risk. “The advantage of updating the vaccine every year to make it more close to the circulating strain is, you get better antibody responses, so for four to six months, you will clearly have better protection against mild to moderate disease, and that matters especially for people who are more frail,” particularly people 75 and older, Offit said. A spokesperson for HHS didn’t respond to an inquiry about whether the new guidance pertains to updated Covid-19 vaccines, but an official told CNN on Saturday that “the covid vaccines, including new ones by Pfizer and Moderna, are new and must have more gold standard science to ensure safety and efficacy for the public.” The official drew a distinction from the flu shot, “which has been tried and tested” for decades. Questions about the fate of Covid vaccines began to swirl after the FDA missed an April 1 deadline to decide whether to grant full approval to the Novavax vaccine, the only non-mRNA vaccine available to protect against the coronavirus. A source familiar with the situation, who wasn’t authorized to speak on behalf of the agency, told CNN that the vaccine had been on track to be approved. Novavax later said the FDA had requested a “postmarketing commitment” for a clinical trial, suggesting that a study would be required of the vaccine after it received full approval (it had been available through emergency use authorization since 2022). HHS’s newest statement adds to questions about whether a trial would be required before approval, not just for Novavax’s vaccine but also for updated versions of those from Moderna and Pfizer. In a conference call with Wall Street analysts Thursday, Moderna President Dr. Stephen Hoge insisted that the company’s interactions with the FDA so far have been “business as usual” and emphasized the “real need for Covid vaccination, particularly this coming fall.” Covid-19 has become less deadly since the height of the pandemic as the population developed widespread immunity through both infection and vaccination, but the virus still kills and can be especially dangerous for the elderly. Between September 2023 and August 2024, there were more than 36,000 deaths from Covid-19 among people 65 and older, CDC data showed. This month may reveal whether the FDA shares Moderna’s “business as usual” approach. The company is expecting FDA decisions on a next-generation Covid-19 vaccine by May 31 and on an expansion of approval for its RSV vaccine into younger ages by June 12. It said an FDA decision on its combination flu and Covid-19 vaccine would be pushed back from the end of this year to 2026, as the agency said it requires efficacy data on the flu component to support the application. The company also said it’s going to “de-prioritize” development of the combination flu and Covid-19 vaccine for people under the age of 50, instead focusing on advancing it for older adults, as it shifts some resources to cancer therapies. Changing standards may delay shots If the FDA does require placebo-controlled trials before approving updated seasonal Covid-19 vaccines, experts said, it will signal a new standard. “FDA clearly, after a deliberative process, adopted an approach that treated Covid-19 vaccine boosters like influenza boosters, not like a new product, and held to that over a few years,” said Dorit Reiss, a professor of law at UC Law San Francisco. “They adopted a standard, and now they’re changing it.” The agency does appear to be moving forward at least with the process of selecting strains; it’s asked its group of outside advisers to hold May 22 as a date to meet to discuss them, according to a person who viewed the communication who wasn’t authorized to speak on behalf of the FDA. In its statement Wednesday, HHS also claimed that current systems for monitoring vaccine safety, including the Vaccine Adverse Event Reporting System and the Vaccine Safety Datalink, don’t capture vaccine injuries sufficiently and “have become templates of regulatory malpractice.” HHS said it’s building surveillance systems now “that will accurately measure vaccine risks as well as benefits.” Vaccine experts pushed back on the assertion that those systems are insufficient. And the plan to build a different surveillance system appeared to come into direct conflict with a pledge that Sen. Bill Cassidy said HHS Secretary Robert F. Kennedy Jr. made to secure his confirmation vote in February. Kennedy, Cassidy said at the time, has “committed that he would work within the current vaccine approval and safety monitoring systems, and not establish parallel systems.” Cassidy, a Republican doctor from Louisiana, did not respond to CNN’s request for comment Thursday.
HHS touts universal flu, coronavirus vaccine initiative while casting doubt on future of seasonal Covid-19 shots
TruthLens AI Suggested Headline:
"HHS Launches Initiative for Universal Flu and Coronavirus Vaccines Amid Uncertainty Over Seasonal Covid-19 Shots"
TruthLens AI Summary
The U.S. Department of Health and Human Services (HHS) has announced an ambitious four-year initiative aimed at developing a universal flu vaccine capable of providing protection against multiple strains of influenza, including those with pandemic potential such as H5N1 avian influenza. This initiative, termed 'Generation Gold Standard,' represents a significant shift in vaccine technology, as it seeks to go beyond traditional strain-specific vaccines and prepare for future viral threats. HHS plans to achieve U.S. Food and Drug Administration (FDA) approval for these universal vaccines by 2029, with human clinical trials expected to commence next year. Funding for this project will come from a $500 million allocation from the Biomedical Advanced Research and Development Authority, which has drawn mixed reactions from vaccine experts regarding the feasibility and effectiveness of using older vaccine technologies that have largely fallen out of favor in recent years. Dr. Paul Offit, a vaccine scientist, expressed cautious optimism but highlighted the challenges that have historically hindered the development of a universal flu vaccine, noting the complexity of flu viruses and their propensity to mutate seasonally.
In conjunction with its flu vaccine initiative, HHS is also exploring the development of universal coronavirus vaccines aimed at providing protection against SARS-CoV-2 as well as its related viruses, SARS-CoV-1 and MERS-CoV. The approach leverages inactivated whole-virus vaccines, which are designed to stimulate a robust immune response by presenting the entire virus in a non-infectious form. However, experts like Dr. Greg Poland have raised concerns about the project's direction, particularly given that the most advanced candidate vaccine focuses on viruses with potential pandemic capabilities rather than routine seasonal strains. Additionally, HHS's recent announcement regarding new testing requirements for seasonal Covid-19 vaccines has sparked further debate about the future of these vaccines, as the agency has indicated that updated vaccines will now require safety testing in placebo-controlled trials before approval. This shift could significantly delay the availability of updated Covid-19 shots, especially for vulnerable populations. The changing standards for vaccine approval and monitoring have prompted discussions among experts about the implications for public health and vaccine safety.
TruthLens AI Analysis
The report from the US Department of Health and Human Services (HHS) highlights a significant initiative aimed at developing a universal flu vaccine within four years. This endeavor, if successful, represents a major advancement in vaccine technology, addressing the ongoing challenges posed by seasonal flu and other viral threats. The implications of this initiative, coupled with the uncertainty surrounding the future of seasonal Covid-19 vaccinations, may create a mixed perception among the public regarding vaccine development.
Public Perception and Intentions
This announcement appears to be designed to instill hope and confidence in the government's commitment to public health. By showcasing a bold goal like the universal flu vaccine, HHS likely aims to reassure the public that proactive measures are being taken against potential viral pandemics. The statement from Dr. Jay Bhattacharya emphasizes the innovative nature of this initiative, which may serve to alleviate concerns about the efficacy and future of existing vaccines, particularly those related to Covid-19.
Potential Concealment or Misdirection
While the focus is on the promising development of the universal flu vaccine, there may be an underlying intention to divert attention from the challenges and uncertainties surrounding seasonal Covid-19 vaccinations. The acknowledgment from experts about the difficulties in developing a universal flu vaccine indicates that while optimism is encouraged, it is essential to remain realistic about the timelines and hurdles involved.
Trustworthiness of the News
The article is grounded in statements from credible health officials and includes specific funding details, which provides a level of reliability. However, the historical context regarding the long-standing efforts to create a universal flu vaccine adds a layer of skepticism. The manipulation ratio appears moderate; while the report is factual, the framing may encourage an overly optimistic perception of vaccine development.
Comparative Analysis with Other Reports
When viewed alongside other health-related news, this report fits within a broader narrative of advancing vaccine technology and public health preparedness. The focus on flu vaccines may also resonate with ongoing discussions about vaccine hesitancy and the public's readiness to accept new immunizations, particularly in light of the Covid-19 experience.
Impact on Society and Economy
The announcement may bolster public trust in health institutions and support for ongoing vaccine initiatives, potentially influencing healthcare funding and policy decisions. Economically, any advancements in vaccine development could impact pharmaceutical stocks and the broader healthcare sector, particularly companies involved in vaccine manufacturing and biotechnology.
Community Response and Target Audience
This initiative may garner support from health-conscious communities and those concerned about pandemic preparedness. By addressing multiple strains and potential future threats, it appeals to a demographic that prioritizes long-term health solutions and preventive measures.
Market Influence and Investment Implications
The news could positively affect stocks related to vaccine production and public health initiatives. Companies like Moderna and Pfizer might see increased investor interest if the universal flu vaccine project gains momentum, given their backgrounds in developing vaccines.
Global Power Dynamics and Current Relevance
This initiative is relevant in the context of global health security and pandemic preparedness. As nations continue to navigate the consequences of Covid-19, advancements in vaccine technology could shift power dynamics in global health leadership.
Artificial Intelligence in Reporting
There is a possibility that AI tools were utilized in drafting this article, particularly in organizing data and presenting scientific information clearly. However, the human element in quoting experts suggests a balance of AI assistance and journalistic integrity in reporting.
In conclusion, while the news about the universal flu vaccine initiative is largely optimistic and credible, the complexities of vaccine development and public health policy warrant a discerning approach. The report encourages hope but also acknowledges the challenges ahead, ultimately reflecting a nuanced understanding of ongoing health issues.