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Alarming Factors Behind the Rise of Colorectal Cancer in Individuals Under 50

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Tragic news from Dawson’s Creek star James Van Der Beek, who recently succumbed to bowel cancer at just 48 years old, has brought attention to the alarming surge of early-onset cancer cases.

New research highlighted in Lancet Oncology indicates that the incidence of this disease among individuals under 50 has escalated in 27 out of 50 countries over the last decade—an increase that cannot be simply attributed to genetic factors.

“That’s very concerning,” states Dr. Trevor Rowley, a researcher at the Wellcome Sanger Institute. “While we have hypotheses we are examining, the need for additional data remains critical.”

It is yet unclear if a single factor is responsible for this rise or if a combination of elements is at play, but these are currently the leading theories.

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Obesity and Early-Onset Cancer

Adolescent obesity is among the recognized risk factors for early-onset colorectal cancer, along with conditions like type 2 diabetes and metabolic syndrome that can further heighten this risk. Onset of disease is increasingly attributed to these health issues.

“Obesity is a well-known risk factor for colorectal cancer across all age demographics,” asserts Dr. Peter Campbell, professor of epidemiology at Albert Einstein College of Medicine.

“Excess body fat leads to chronic inflammation and metabolic changes, which include elevated insulin levels and growth factor signaling—conditions that can foster the development of precancerous polyps and cancers in the colorectum.”

Excess body fat can trigger inflammation and hormonal changes, heightening your risk of colon cancer – Photo credit: Getty

However, Campbell notes that while the number of individuals under 50 who are overweight or obese is rising, this alone does not fully account for the increase in bowel cancer cases. One analysis revealed that obesity was a contributing factor in only about 13% of early-onset colorectal cancer cases.

Thus, other significant risk factors likely play a role, some of which manifest surprisingly early in life.

The Role of Intestinal Bacteria

Cancer does not develop overnight. The progression from initial DNA damage to tumor formation can take years or even decades. To unravel the origins of colorectal cancer, especially in young adults, Rowley and his team are investigating the microbiomes of infants.

The leading theory posits that a toxic enzyme known as colibactin may be a key contributor to early-onset colorectal cancer.

This enzyme is known to cause unique patterns of DNA damage in colon cells that are notoriously difficult to repair. A study published in Nature found that colibactin-related DNA mutations were 3.3 times more frequent among colorectal cancer patients under 40 compared to those over 70.

Certain gut bacteria produce toxins that can damage DNA in the colon, increasing cancer risk decades later – Photo credit: Getty

Numerous gut bacteria species are known to produce colibactin, including Escherichia coli, Klebsiella pneumoniae, and Citrobacter coseri.

It’s believed that some individuals acquire these pathogens in early life, setting the stage for future DNA damage and increased cancer susceptibility decades later.

“My lab has amassed a significant database of baby microbiomes from around the globe. For instance, about 25% of infants born in the UK have colibactin in their gut microbiome,” Rowley shares.

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The prevailing hypothesis is that more infants are acquiring pathogenic enteric bacteria in their colons compared to earlier generations. But why?

Some researchers point to the rising use of antibiotics in early childhood. These medications can unintentionally decimate significant portions of the beneficial gut microbiome, facilitating invasion by harmful bacteria.

Others speculate that increased C-section births, reliance on formula feeding, or other factors may be contributing to this trend. “These are all avenues we’re researching,” Rowley notes.

Ultra-Processed Foods

Complicating the situation is the fact that many people may carry colibactin DNA mutations without ever developing cancer.

This phenomenon could be attributed to their immune systems effectively identifying and eliminating malignant cells before tumor formation occurs. “While a mutation is necessary for cancer development, the immune system also plays a crucial role,” Rowley explains.

Consequently, another theory suggests that diets high in ultra-processed foods (UPF) may influence the development of colorectal cancer. A study published in Nutrition in 2021 indicated that regular intake of UPF may lead to immune system dysfunction.

Researchers suggest that a diet high in ultra-processed foods may promote abnormal growth in the intestines, leading to cancer – Photo courtesy of Getty

UPF may also encourage the growth of pro-inflammatory intestinal bacteria such as Fusobacterium nucleatum, which is believed to increase risk by enabling tumors to evade immune system surveillance.

Last year, a study conducted by researchers at Harvard Medical School, published in JAMA Oncology, found that women consuming up to 10 servings of UPF per day had a 45% higher risk of developing intestinal polyps compared to those who ingested just three servings daily. “Such polyps can precede colorectal cancer,” Campbell warns.

Environmental Toxins

While the three theories mentioned above have substantial backing, researchers continue to explore fresh hypotheses, including the potential impact of environmental toxins like microplastics and nanoplastics.

A study published last October recreated a gut microbiome model using stool samples from healthy participants, who were subsequently exposed to five common microplastics.

The findings suggested that particular plastic particles could alter microbiome composition.

Frank Frizell, a Professor of Colorectal Surgery at the University of Otago, speculates that plastic accumulation in the intestines may be linked to the rise of colorectal cancer among the youth.

“It’s plausible that they could penetrate the protective mucus layer of the intestinal lining, akin to poking a pinhole in a water balloon,” Frizell explains. “The plastics likely aren’t toxic in themselves, but they may act as vectors for harmful bacteria and chemicals or disrupt the mucus barrier.”

Potential Solutions

Ultimately, while many unknowns remain, further understanding of the causes behind early-onset colorectal cancer could pave the way for new solutions.

One avenue worth exploring is phage therapy, which involves introducing viruses into the intestine that target colibactin-producing bacteria, effectively halting toxin production. Another possibility is the development of probiotics designed to enhance the growth of beneficial gut bacteria, thereby counteracting harmful pathogens.

Phage therapy employs targeted bacteriophages to eliminate specific bacteria, with some firms aiming to utilize this approach to combat colibactin, a toxic enzyme known for causing DNA damage. – Photo courtesy of Science Photo Library

“Certain companies are exploring the use of phages to eliminate bacterial strains that produce colibactin,” Rowley notes.

“We’re leveraging a database of early childhood microbiomes to identify beneficial species and strains that could invade and prosper in babies with less diverse microbiomes during their initial months of life.”

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Source: www.sciencefocus.com

NASA Report Reveals Alarming Details of Boeing Accident That Stranded Astronauts in Space

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NASA announced significant findings on Thursday regarding a failed Boeing flight to the International Space Station (ISS) in 2024, which left two astronauts stranded for months.

The investigation outcomes were critical of both Boeing and NASA, highlighting issues such as inadequate testing, communication breakdowns, and leadership failures.

The report categorized these incidents as a “Type A disaster,” which is NASA’s highest classification, reserved for accidents that pose severe risks, including significant economic loss and potential fatalities. This designation was previously applied to the tragic loss of Space Shuttle Columbia and its seven crew members in 2003.

NASA Administrator Jared Isaacman, who assumed office in December, stated at a press conference, “We brought our crew home safely, but the path we took did not reflect the best of NASA.” He noted that this incident has fostered a “culture of mistrust.”

The Starliner mission, designed to last approximately eight days, aimed to validate Boeing’s Starliner spacecraft for transporting NASA astronauts to and from the ISS. Launched in June 2024 with astronauts Butch Wilmore and Suni Williams aboard, the mission quickly encountered issues.

Shortly after liftoff, mission managers identified a helium leak within the capsule’s propulsion system, leading to multiple thruster failures as the spacecraft attempted to dock with the ISS.

After extensive testing, NASA decided to return the Starliner capsule to Earth without crew. Consequently, Wilmore and Williams remained aboard the ISS for over nine months, awaiting an opportunity for recovery.

NASA astronauts Suni Williams and Butch Wilmore at Cape Canaveral Space Force Station, Florida, before boarding Boeing’s CST-100 Starliner in 2024.Miguel J. Rodriguez Carrillo/AFP – Getty Images File

NASA’s comprehensive report illustrates the growing distrust between NASA and Boeing, citing a “chaotic meeting schedule” during the mission and a willingness among managers on both sides to overlook risks.

While the investigation highlighted Boeing’s shortcomings in producing and testing the Starliner spacecraft, Isaacman emphasized that NASA’s civilian crew program also bears responsibility.

“While Boeing constructed the Starliner, NASA permitted and launched two astronauts into space,” he clarified, stating that NASA “must acknowledge our mistakes to ensure they are not repeated.”

NASA Deputy Administrator Amit Kshatriya further emphasized that both NASA and Boeing’s actions compromised the safety of Wilmore and Williams.

“The authorities have failed them,” Kshatriya asserted at a news conference. “We must recognize our responsibility to them and all future crews.”

In response, Boeing expressed gratitude for NASA’s thorough investigation, noting that significant progress has been made in addressing the technical challenges and cultural changes within the team since the incident.

To safely return Williams and Wilmore, NASA enlisted SpaceX, which transported them in a Dragon capsule alongside NASA astronaut Nick Haig and Russian cosmonaut Alexander Gorbunov, concluding their six-month mission on the ISS. They landed safely in March.

Boeing’s Starliner spacecraft successfully docks at the ISS on July 3, 2024.NASA (via AP)

Wilmore retired from NASA in August 2024 after 25 years, having spent 464 days in space. Williams announced her retirement last month after a remarkable 27-year career and 608 days in space.

In late 2024, NASA officials confirmed they were collaborating with Boeing to enhance the Starliner’s thrusters and that corrective actions would follow the investigation’s release.

Isaacman stated that NASA “will not allow new crew members aboard Starliner until the underlying technical problems are identified and resolved.”

Boeing developed the Starliner spacecraft as part of NASA’s Commercial Crew Program, initiated in 2011 to ensure safe civilian transport following the retirement of NASA’s space shuttles. Competing company SpaceX has been regularly flying its Crew Dragon spacecraft to the ISS since 2020.

The recent report is the latest in a series of challenges faced by Boeing. Prior to the Starliner crisis in 2024, the company dealt with issues concerning its 737 Max 9 planes, which saw critical failures leading to accidents and extensive scrutiny.

Boeing’s Starliner program experienced a difficult start; its unmanned debut in 2019 was aborted due to a software error that prevented docking at the ISS. Following delays caused by fuel valve issues, Boeing eventually demonstrated successful docking and return to Earth in 2022.

Source: www.nbcnews.com

Amazon’s Deforestation Surges at Alarming Rates, Nearing a Critical Tipping Point

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Scientists warn that the Amazon Rainforest has experienced a loss of the rainfall necessary to sustain it, pushing the world’s largest tropical ecosystem toward a potential tipping point.

A recent study published in Nature Communications indicates that deforestation is causing a significant decline in rainfall during the Amazon’s dry season, thereby increasing heat across the region.

Researchers suggest these changes could signify “early signs of biome destabilization,” implying that the forests are beginning to struggle to maintain their balance.

The study analyzed satellite and climate data from 1985 to 2020, encompassing an area of 2.6 million km² (1,000,000 square miles) in Brazil’s Amazon. This is nearly four times larger than Texas.

The data revealed that dry season rainfall has decreased by approximately 21mm (0.8 inches), with about three-quarters of this decline directly associated with deforestation.

During the same period, maximum daily temperatures increased by around 2°C (3.6°F), with 16.5% of this rise attributable to forest loss, while the remainder results from global climate change.

Deforestation contributes to reduced rainfall, while increased methane and carbon dioxide levels result from climate change – Source: Machado et al., Nature Communications (2025)

Plants play a crucial role in the Amazon’s rain cycle by extracting water from the soil and releasing it through a process known as transpiration.

When trees are removed, this cycle weakens, leading to fewer clouds and less rainfall. Consequently, the forest becomes hotter and drier, creating a harmful feedback loop.

If the Amazon reaches a tipping point, it may no longer be able to sustain itself, resulting in a rapid and irreversible collapse of the ecosystem and converting the region into a savanna.

This shift would significantly impact the entire water cycle in South America and release the carbon stored in the rainforests.

“These findings underscore the necessity of preserving and restoring Amazonian forest cover as a vital strategy for mitigating climate change and ensuring ecosystem stability,” the scientists conclude.

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Source: www.sciencefocus.com

Research Reveals Alarming Rate of Seawater-Induced Corrosion on Shark Teeth

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The rising acidity of the Earth’s oceans is leading to the corrosion and deterioration of shark teeth.

As apex predators, shark teeth serve as essential tools, but recent studies reveal that climate change is adversely affecting their strength and durability.

“They are highly specialized instruments designed for slicing through flesh without withstanding ocean acidity,” explained Maximilian Baum from Heinrich Heine University (HHU) in Düsseldorf. “Our findings underscore how even the most finely tuned weapons in nature are not immune to vulnerability.”

Sharks continuously regenerate their teeth, yet the deteriorating conditions of our oceans can compromise them more swiftly than they can heal.

With the oceans increasingly absorbing carbon dioxide due to climate change, their acidity levels are rising.

Currently, ocean water sits at a pH of 8.1, but it could drop to as low as 7.3 by 2300.

This research is part of the undergraduate project Frontier, where Baum sought to assess the impact of these changes on marine organisms.

By acquiring hundreds of black-tip reef shark teeth from an aquarium housing the study’s subjects, Baum was able to conduct his experiments.

Approximately 50 intact teeth were then placed in tanks with varying pH levels and left there for 8 weeks.

Upon evaluation at the conclusion of the study, it was evident that teeth exposed to acidic water exhibited considerably greater damage compared to those in 8.1 pH conditions.

Microscopic view of teeth held in water at pH 7.3 for 8 weeks – Credit: Steffen Köhler

“We noted visible surface defects such as cracks and holes, heightened root corrosion, and structural degradation,” remarked Professor Sebastian Fraun, who supervised the project at HHU.

The acidic conditions also rendered the tooth surfaces rough and uneven. While this may enhance the shark’s cutting efficiency, it simultaneously compromised the structural integrity of the teeth, increasing their likelihood of breaking.

“Maintaining a marine pH close to the current average of 8.1 is crucial for preserving the physical strength of this predatory tool,” Baum noted. “This highlights the broad impacts climate change has across the food web and entire ecosystems.”

About Our Experts

Maximilian Baum | I am a student at the Faculty of Biology at Heinrich Heine University, Düsseldorf.

Professor Sebastian Fraun | He is the head of the Institute for Zoology and Biology Interactions at Heinrich Heine University, Düsseldorf.

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Source: www.sciencefocus.com

Key U.S. Cities, Including New York and Seattle, Are Sinking at Alarming Rates

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New York City’s skyline may undergo significant changes as major cities continue to sink.

Gary Hershorn/Getty Images

Over 20 of the largest metropolitan areas in the United States are experiencing subsidence, impacting thousands of structures and millions of residents.

This phenomenon has been noted especially in coastal areas. However, utilizing satellite technology that gauges the duration it takes radar signals to reach the Earth’s surface and return, researchers discovered that 25 out of the 28 largest cities in the country are affected.

“By analyzing multiple images taken over time from the same region, we can identify subtle vertical shifts in the ground that can reach several millimeters annually,” explains team member Manoochehr Shirzaei from Virginia Tech. “It’s akin to capturing a high-resolution time lapse of the Earth’s surface, revealing whether it is rising or sinking over time.”

Fort Worth, Houston, and Dallas demonstrate the highest rates of subsidence among major cities, averaging over 4 millimeters per year. Cities like New York, Chicago, Houston, Columbus, Seattle, and Denver show average subsidence rates surpassing 2 millimeters annually.

“Houston, the fastest sinking city among the 28 most populous in the US, has 42% of its land area sinking at rates greater than 5 mm per year, with 12% sinking faster than 10 mm annually,” researchers reported.

Most subsidence is attributed to groundwater extraction, although cities like New York, Philadelphia, and Washington, DC, primarily experience sinking due to “glacial isoplasm regulation.”

“During the last glacial period, these regions were covered by massive ice sheets. The considerable weight of the ice compressed the Earth’s crust, akin to resting on a memory foam mattress,” says Shirzaei. As the ice melted thousands of years ago, the pressure released and the terrain began to slowly recover,” he explains.

“However, this rebound isn’t uniform,” Shirzaei notes. “In some areas, particularly along the East Coast and in the Midwest, the land is subsiding rather than rising due to the residual weight of nearby ice and their proximity to regions currently collapsing.”

In Seattle, Portland, and San Francisco, plate tectonics may account for some of the subsidence.

“We must address sinking as a gradually unfolding disaster,” Shirzaei argues. Researchers also noted that cities can sink at varying rates in different locations or sink continuously in one area while other regions remain stable. “This uneven movement can create angular distortions and stress, resulting in cracks in walls and foundations, misalignments in windows and doors, or even significant structural failures,” Shirzaei warns.

Jesse Cars from Kyoto University in Japan demonstrated similar findings using satellite data, showing that many cities in New Zealand are also experiencing subsidence. “A crucial challenge for the geophysical community remains understanding how the observed trends stem from particular causes, whether they are artificial or naturally occurring geological processes,” he states.

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Source: www.newscientist.com

The hidden dangers of the alarming ‘zombie hand’ fungus

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Please envision the setting. It’s Halloween, and you decide to take a daring walk through a cemetery on the edge of town.

As the sounds of trick-or-treaters fade away, a dense fog creeps in and envelops the tombstones. It already has the vibe of a scene from Scooby-Doo, but things are about to escalate.

You trip and tumble, landing face-first in the debris, where you come across a decaying hand protruding from the ground. The digits are contorted. Long, gnarled nails. You attempt to scream, but the sound gets stuck in your throat.

Where is Velma Dinkley when you require her? Then you take another look and realize it’s not a hand after all. It’s a dead person’s finger (Xylaria polymorpha). It may appear to be on the end of a deceased person’s arm, but it’s actually a fungus.

Dead Man’s Finger Reaching Out of the Ground – Credit: Nik Taylor

A brief introduction to fungi: Fungi cannot consume food like animals or produce food like plants or algae. Instead, they secrete enzymes that break down nearby organic matter, releasing nutrients that they can absorb.

Unfortunately, despite its zombie-like appearance, this fungus decomposes dead wood, not bodies. It emerges from the decaying roots of hardwood trees like beech and oak. Hence the first part of its Latin name “Xylaria” which means “grows on trees.”

The second part of the Latin name, ‘polymorpha,’ means “various shapes” and reflects the fact that this fungus changes its appearance over time. When it sprouts in the spring, it forms clusters of three to six pale to dark gray “fingers,” each with a pale “claw” at the top.

However, when mature in winter, each finger can reach up to 10 cm (4 in) tall and be dark brown to blue-black in color. This has led to descriptions likening it to a decaying finger, burnt wood, or a mummified penis. Fungi spread by producing spores as they cannot move, and in this case, the fingers act as the fruiting bodies.

Like many fungi, X. polymorpha has two modes of reproduction: asexual and sexual. Asexual reproduction results in genetically identical copies of the fungus. It occurs in spring when the fungus releases spores called conidia from its surface.

On the other hand, sexual reproduction involves the release of ascospores through an upper opening. When ascospores from different parents fuse, a new genetically distinct fungus is produced.

Despite its odd and somewhat grotesque appearance, this fungus provides a food source for various invertebrates that feed on its nutrient-rich remains.

But refrain from trying to consume it yourself. A 2018 study found that this eerie-looking fungus contains toxins similar to those found in deadly mushrooms like the death cap. Consume it, and you might end up in the graveyard!

Explore our fantastic fun facts and other captivating science articles.

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Source: www.sciencefocus.com

The “doomsday glacier” is melting at an alarming rate, putting Earth’s largest city in danger of flooding

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Considered one of West Antarctica’s most infamous glaciers, the “doomsday glacier” has earned its nickname due to the potentially significant rise in sea levels it could cause, ultimately reshaping coastlines. This glacier, known as Thwaites Glacier, is massive, the size of England and spanning 120km wide. It extends from the peak of the West Antarctic Ice Sheet to the Amundsen Sea, where it reaches out onto an ice shelf.

Unfortunately, Thwaites Glacier is experiencing troubling changes, with a notable increase in ice loss over recent years as a consequence of climate change. The rate of ice loss has doubled in the past 30 years due to rising ocean temperatures, which lead to the melting of the ocean floor beneath the glacier. Warm water is being transported towards Thwaites, particularly deep below the ocean surface, contributing to this rapid ice loss. The land beneath West Antarctic glaciers is below sea level, and the sloping ocean floor means warmer waters can intrude underneath, eroding the glaciers and making them less stable.

A recent study revealed that Thwaites Glacier may be more susceptible than previously believed, with seawater surging beneath it for kilometers. The melting of glaciers, including Thwaites, could result in a significant rise in sea levels, potentially impacting coastal areas worldwide. Additionally, the collapse of Thwaites could trigger nearby glaciers to follow suit, further elevating global sea levels by more than three meters. This irreversible loss on human timescales would mark a critical “tipping point.”

Scientists are concerned about the potential collapse of Thwaites Glacier, as it could have disastrous consequences for sea levels and climate. Researchers are exploring strategies to adapt to these expected changes and protect coastal regions at risk of submersion. The costs of preparing for rising sea levels are substantial, emphasizing the importance of proactive planning and adaptation. While sea level rise is inevitable, proactive measures can help mitigate its impact and protect vulnerable populations and ecosystems.

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Despite the impending challenges, scientists and experts emphasize the importance of courage and adaptation in the face of climate change. Dr. Caitlen Norton from the British Antarctic Survey stresses the need for resilience and preparedness to address the growing threat of rising sea levels. Adapting defenses, protecting coastal areas, and planning for future changes are crucial steps in mitigating the impact of climate change on coastal regions.

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Source: www.sciencefocus.com

ADHD Medication Errors in US Children Skyrocket with Alarming 300% Jump

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Medication errors in children with ADHD have increased dramatically, with the majority occurring at home and involving males between the ages of 6 and 12, a study has found. Enhanced education and improved medication management are needed to reduce these errors. Credit: SciTechDaily.com

Experts call for patient and caregiver education and the development of improved dosing and tracking systems that are tolerable in children.

attention-deficit/hyperactivity disorder (ADHD) is one of the most common childhood neurodevelopmental disorders. In 2019, nearly 10% of children in the United States were diagnosed with ADHD. Currently, about 3.3 million children in the United States, or about 5 in 100 children, are prescribed her ADHD medication.

Increase in ADHD medication errors

In a new study recently published in the journal Pediatricsresearchers from Nationwide Children’s Hospital’s Center for Injury Research and Policy and the Central Ohio Poison Center, investigated the characteristics and characteristics of out-of-hospital ADHD medication errors reported to U.S. poison centers from 2000 to 2021 in people under age 20. We investigated trends.

According to the study, the annual number of ADHD-related medication errors increased by 299% from 2000 to 2021. During the study period, 87,691 medication error incidents involving ADHD medications as the primary substance in this age group were reported to U.S. poison centers. An average of 3,985 individuals are born per year. In 2021 alone, he was reported for 5,235 medication errors, which equates to 1 child for every 100 minutes he received. The overall trend was that males accounted for 76% of medication errors and the 6-12 year age group accounted for 67% of medication errors. Approximately 93% of exposures occurred in the home.

Common medication error scenarios

Among medication errors involving ADHD medications as the primary substance, the most common scenarios include:

  • 54% – “I accidentally took or administered my medication twice.”
  • 13% – “I accidentally took or gave someone else’s medication.”
  • 13% – “I took/administered the wrong medication.”

“The increase in the number of reported medication errors is consistent with the findings of other studies that have reported an increase in the number of ADHD diagnoses among children in the United States over the past two decades, which reflects the use of ADHD medications. “It is likely associated with an increase in

Health effects and prevention strategies

In 83% of cases, the person was not receiving treatment in a health facility. However, 2.3% of cases were admitted to a health care facility, of which 0.8% were admitted to a critical care unit. Additionally, 4.2% of cases were associated with serious medical outcomes. Some children experienced agitation, tremors, seizures, and changes in mental status. Children under 6 years of age were twice as likely to experience a serious medical outcome and more than three times as likely to be admitted to a health care facility compared to children aged 6 to 19 years.

“Because medication errors in ADHD are preventable, more attention needs to be paid to educating patients and caregivers and developing improved medication and tracking systems that are resistant to children,” said the study’s senior author. said Center Director Gary Smith, MD, PhD. Contributes to injury research and policy at Nationwide Children’s Hospital. “Another strategy could be a move away from pill bottles to unit-dose packaging, such as blister packs, which could help people remember if a drug has already been taken or administered.”

Prevention efforts should focus on the home, but additional attention should also be paid to schools and other settings where children and adolescents spend time or receive medications.

References: “Pediatric ADHD Medication Errors Reported to U.S. Poison Centers from 2000 to 2021” Mikaela M. DeCoster, BS; Henry A. Spiller, MS, D.ABAT; Jaahnavi Badeti, MPH, BDS. Marcel J. Casavant, MD. Natalie I. Rein, Pharm.D., BCPS, BCCCP. Dr. Nicole L. Michaels. Motao Zhu, MD, MS, PhD. Gary A. Smith, MD, PhD, September 18, 2023; Pediatrics.
DOI: 10.1542/peds.2023-061942

Data for this study were obtained from the National Poison Data System (NPDS) maintained by the American Poison Centers (formerly the American Association of Poison Control Centers (AAPCC)). Poison Centers receive calls through the National Poison Helpline (1-800-222-1222) and document and report information to NPDS about the product, route of exposure, exposed individuals, exposure scenario, and other data.

Source: scitechdaily.com

An alarming increase in unnoticed deaths in England

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Research in England and Wales shows an alarming increase in the number of decomposing bodies found, which is linked to social isolation and indicates a breakdown in social support systems, particularly among men.

Exploratory research has revealed worrying trends in England and Wales. This means that an increasing number of people are being found dead or decomposed.

This study Journal of the Royal Society of Medicinesuggesting an association between increased social isolation and these deaths; COVID-19 (new coronavirus infection) Pandemic.

The study was authored by a team led by Dr. Lucinda Hiam. oxford university and Dr. Theodore Estrin-Cerluis, Registrar of Histopathology at Imperial College NHS Healthcare Trust.

Researchers analyzed data from the Office for National Statistics (ONS) to identify deaths where bodies were found decomposed. They used new proxies with deaths coded as R98 (“neglected death”) and R99 (“other unclear causes of death”) according to the International Classification of Diseases (ICD-10) and previous versions. did. “Unspecified death.”

amazing discovery

The study found that between 1979 and 2020, there was a steady increase in ‘unspecified deaths’, or deaths of people found decomposed, for both men and women. Male deaths exceed those of females, and male deaths increased significantly from the 1990s to the 2000s, when overall mortality rates were rapidly improving. The authors said the increase in deaths found in decomposing conditions, especially in men, was a worrying trend.

“Many people would be shocked to find out that someone could lie dead in their home for days, weeks, or even longer, without anyone in their community raising the alarm,” Estrin said. Dr. Serrui says: “The increase in people found dead and in decomposing conditions suggests that there was a broader societal breakdown in both formal and informal social support networks even before the pandemic. and warrants urgent further investigation.”

The study’s authors call on national and international authorities to consider measures to make it easier to identify deaths when people’s corruption is more easily detected in routine data.

Reference: ‘Deadly Silence: Why are the number of people found decomposing in England and Wales increasing?’ Lucinda Higham, Theodore Estrin-Cerlouis, Danny Doring, Martin Mackie , by John Minton, November 20, 2023, Journal of the Royal Society of Medicine.
DOI: 10.1177/01410768231209001

Source: scitechdaily.com