US Public Health System Progresses Blindly Amid Significant Budget Cuts

The Trump administration has significantly reduced essential U.S. health research

Ken Cedeno/UPI/Bloomberg via Getty Images

Essential public health research in the United States is experiencing severe cutbacks following extensive layoffs among government employees responsible for key national data systems. These datasets, which track a wide variety of factors from births to substance use, have informed health policy for many years. Without this data, effectively identifying and responding to health challenges will become nearly impossible.

“It’s akin to boarding a plane without a speedometer or altimeter; you have no idea of your altitude or distance to the nearest airport,” remarks Susan Mayne, the former Director of the U.S. Food and Drug Administration’s Center for Food Safety and Applied Nutrition.

During his second term, President Donald Trump has actively sought to shrink government size, with the Department of Health and Human Services (HHS) becoming a primary target. The agency’s workforce was slashed in March, reducing from 82,000 employees to 62,000. In October, an additional 1,100 layoffs were announced, though a court order temporarily halted them due to the ongoing government shutdown.

Most layoffs have affected human resources, IT, and communication departments; however, some critical public health research staff have also been impacted. HHS has not responded to inquiries from New Scientist. The full extent of the layoffs affecting public health surveys remains unknown, though at least five cases have been identified thus far.

The National Survey on Drug Use and Health (NSDUH) was one of the first to feel these impacts. In April, HHS terminated all 17 people working on this vital study, disrupting the only national survey on drug use, addiction, and mental health. For over fifty years, the NSDUH has guided policymakers in directing funds to regions most affected by these issues. Although the latest report was released in July with the help of contractors from RTI International, the future of the survey remains uncertain. “All our planning will ultimately be for naught. Who at HHS will now steer the investigation?” asked former NSDUH director Jennifer Honig on social media, in a post.


In September, the government also terminated the Household Food Security Report, which tracks food insecurity nationwide, claiming: in a statement, “These redundant, expensive, politicized, and irrelevant studies only stoke fear.”

Yet, this report has enjoyed bipartisan backing for decades. Georgia Machel from the National WIC Association, a nonprofit that supports the Special Supplemental Nutrition Program for Women, Infants, and Children (WIC), remarked, “Programs like WIC depend on this national data to comprehend the full scope of hunger and food insecurity, allowing us to allocate resources effectively,” Machel added in her statement.

Recently, HHS is reported to have disbanded the National Center for Health Statistics (NCHS) and laid off about 100 staff members. As noted by a Washington D.C.-based nonprofit advocating for open data and evidence-based policy, data infrastructure includes many employees from the National Vital Statistics System, which monitors births, deaths, and the leading causes of mortality and maternal issues across the United States.

Furthermore, the entire team administering the National Death Index has also faced these layoffs, according to former NCHS director Charles Rothwell. This database contains essential identifying information about every death in the U.S., including individual names, addresses, causes of death, and often Social Security numbers, enabling comprehensive tracking. “This is the only dataset like this accessible,” states Rothwell.

Because it contains sensitive information, the report will not be published but will assist other researchers and institutions with long-term studies. For instance, the Department of Veterans Affairs collaborates with officials to analyze mortality among veterans versus non-veterans. Researchers also utilize the data to ascertain whether participants have died or simply relocated, which is vital for aging studies like the Health and Retirement Study that evaluates the wellbeing of older Americans. As Rothwell highlighted, disruptions to the National Death Index could have ripple effects on various public health studies.

According to New Scientist, citing a recent court ruling, NCHS stated it is “not currently taking steps to implement or manage” staffing cuts. However, there was no reply regarding whether action would be taken once the government shutdown concludes, or how existing databases would be maintained.

In October, an employee responsible for the National Health and Nutrition Examination Survey (NHANES) was also dismissed. This research initiative is one of the most thorough evaluations of health, nutrition, and disease in the nation, facilitating mobile clinics that conduct blood tests, urine assessments, bone density evaluations, and oral health examinations to oversee diet, environmental exposures, and disease spread. “This truly lays the groundwork for nutrition and public health policy,” says Mayne. Moreover, it informs national dietary guidelines, environmental regulations, and food label developments. “Lacking accurate data about our population’s health and nutrition means we cannot properly prioritize public health initiatives,” she asserts.

The Data Foundation reports that HHS appears to have reversed its decision regarding layoffs for NHANES staff. However, the initial elimination of these roles remains alarming, as does the fate of personnel involved in other significant public health inquiries. These data sets fundamentally shape U.S. public health policy; any weakening or elimination of them could lead to systemic failures.

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Source: www.newscientist.com

Dark energy could potentially develop in unforeseen manners as time progresses

New results from the collaboration of Digi (dark energy spectroscopy) reveal signs of time-varying dark energy.

Two “fans” corresponding to the two main areas were observed by Desi on top and bottom of the plane of the Milkyway Galaxy. Image credits: Desi Collaboration/DOE/KPNO/NOIRLAB/NSF/AURA/R. Proctor.

“The universe will never surprise us and will never surprise us,” said Dr Arjun Dei, a digiproject scientist at Noir Love and associate director of the Central Scale Observatory for Strategic Initiatives.

“By unprecedentedly revealing the evolving textures of our universe's fabrics, Digi and Mayall telescopes are changing our understanding of the future of our universe and nature itself.”

The DESI data, which is employed alone, is consistent with the standard model of the universe. In Lambda CDM, CDM is cold dark matter, and Lambda represents the simplest case of dark energy that acts as a cosmological constant.

However, when combined with other measurements, the effect of dark energy may be weaker over time, increasing indications that other models may be more appropriate.

Other measurements of them include light leftovers from the dawn of space (cosmic microwave background, or CMB), distance measurements of supernovae, and observations of how light from distant galaxies are distorted by the effects of dark matter gravity (weak lenses).

So far, the evolving dark energy preference has not risen to 5 sigma. This is the gold standard in physics that represents a commonly accepted threshold of discovery.

However, the various combinations of DESI data and CMB, weak lenses, and supernova sets range from 2.8 to 4.2 sigma.

This analysis used techniques to hide results from scientists to the end to reduce unconscious biases about data.

This approach sets new criteria for how data is analyzed from large-scale spectroscopic studies.

The Desi is a cutting-edge instrument mounted on the NSF Nicholas U. Mayall 4-M telescope of the NSF Noirlab program, Kitt Peak National Observatory.

Light from 5,000 galaxies can be captured simultaneously, allowing you to carry out one of the most extensive research to date.

The experiment is currently investigating the fourth sky in five years, with plans to measure around 50 million galaxies and quasars (very far but bright objects with black holes in their cores) and more than 10 million stars by the time the project is finished.

The new analysis uses data from the first three years of observations and includes nearly 15 million best measured galaxies and quasars.

This is a major leap, with the one used in Desi's initial analysis improving the accuracy of the experiment with more than twice as much data set, suggesting evolving dark energy.

Digi tracks the effects of dark energy by studying how matter spreads throughout the universe.

Very early cosmic events left subtle patterns in the way matter was distributed. This is a function called Barion Acoustic Vibration (BAO).

Its Bao pattern acts as a standard ruler, and its size is directly influenced by how the universe is expanding at different times.

Measuring rulers at different distances has shown the strength of dark energy throughout history by researchers.

DESI Collaboration begins work with additional analysis to extract more information from the current dataset, and Desi continues to collect the data.

Other experiments offered online over the next few years will also provide complementary data sets for future analysis.

“Our results are a fertile foundation for our theory colleagues looking at new and existing models, and we look forward to what they came up with,” says Dr. Michael Levi, Desi Director and Scientist.

“Whatever the nature of dark energy, it shapes the future of our universe. It is very noteworthy that we look up at the sky with a telescope and try to answer one of the biggest questions humanity has ever asked.”

“These are prominent results from very successful projects,” said Dr. Chris Davis, NSF Program Director at NSF Neil Love.

“The powerful combination of NSF Mayall Telescope and DOE's dark energy spectroscopy instruments demonstrates the benefits of federal agencies collaborating with fundamental science to improve our understanding of the universe.”

Physicists shared their findings in a A series of papers It will be posted above arxiv.org.

Source: www.sci.news