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Study discovers 'trigger gene' in IBD as researchers look for drugs to prevent the bowel disease

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Study discovers 'trigger gene' in IBD as researchers look for drugs to prevent the bowel disease

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Inflammatory bowel disease (IBD) — which includes Crohn’s disease and ulcerative colitis — affects around 3.1 million U.S. adults.

The disease can cause debilitating symptoms such as diarrhea, abdominal pain and cramping, blood in the stool and more. 

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Now, researchers at the U.K.’s Francis Crick Institute, working with UCL and Imperial College London, have discovered a genetic component — referred to as a “weak spot” in the DNA — that is present in 95% of those living with the disorder.

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The study, published in the journal Nature earlier this month, identified a section of DNA that boosts the activity of a gene called ETS2

ETS2 has been linked to inflammatory functions that increase the chances of IBD.

Inflammatory bowel disease (IBD) can cause debilitating symptoms such as diarrhea, abdominal pain and cramping, blood in the stool and more.  (iStock)

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Rosario Ligresti, M.D., chief of the Division of Gastroenterology at Hackensack University Medical Center in New Jersey, was not involved in the research but called the findings “quite important.”

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“The researchers finally showed that all autoimmune and inflammatory disease — including IBD — appear to be caused by a single gene, ETS2,” he told Fox News Digital.

“The research identified this gene as a central regulator of a type of inflammatory cell called the macrophage, which is the main inflammatory cell in all these processes.”

“IBD usually develops in young people and can cause severe symptoms that disrupt education, relationships, family life and employment.”

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“The more the gene was ‘turned on’ or amplified, the greater the risk of inflammation. Without this gene, these cells do not ‘turn on’ and there is no IBD.”

While diet and stress have long been suspected to worsen IBD, the exact “‘molecular switch’ that activates inflammatory bowel disease has been unknown until now,” Ligresti noted.

Inflammatory bowel disease (IBD) — which includes Crohn’s disease and ulcerative colitis — affects around 3.1 million U.S. adults. (iStock)

“This discovery is so exciting and significant because it only gives us a better understanding of the inner workings of the disease, and it will allow researchers to adapt existing drugs to finally treat it,” added Ligresti. 

The research team is now investigating drugs that could reduce the activity of the ETS2 gene, thus reducing the occurrence of IBD.

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They found that a group of existing anti-inflammatory medications called MEK inhibitors could do the trick.

“Although there have been many factors suggested as risks for IBD, there is currently no way to prevent the onset of IBD,” Ligresti said. 

“The researchers finally showed that all autoimmune and inflammatory disease — including IBD — appear to be caused by a single gene, ETS2,” a researcher (not pictured) told Fox News Digital. (iStock)

“We do know, however, that inflammatory pathways in the body are likely activated at least five years before the onset of symptoms of IBD.”

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Ideally, he said, patients at increased risk could be given a drug during this window of time that could “nip IBD in the bud.”

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While more research is needed to find ways to deliver these MEK inhibitors to the target cells, Ligresti noted that this finding opens a “tantalizing door” to the future of very effective therapies to “shut off” inflammatory bowel disease.

The research team is now investigating drugs that could reduce the activity of the ETS2 gene, thus reducing the occurrence of IBD. (iStock)

James Lee, group leader of the Genetic Mechanisms of Disease Laboratory at the Crick, who led the research, agreed that better treatments are “urgently needed.”

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“IBD usually develops in young people and can cause severe symptoms that disrupt education, relationships, family life and employment,” Lee said in a Crick press release. 

                                                               

“Using genetics as a starting point, we’ve uncovered a pathway that appears to play a major role in IBD and other inflammatory diseases,” he said.

“Excitingly, we’ve shown that this can be targeted therapeutically, and we’re now working on how to ensure this approach is safe and effective for treating people in the future.”

Inflammatory bowel diseases, including Crohn’s disease and ulcerative colitis, often occur early in life, experts say. (iStock)

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Lauren Golightly, 27, was diagnosed with Crohn’s disease in 2018 after experiencing stomach cramps, bleeding and irregular bowel habits, according to the release. 

“I’ve had a rocky road since diagnosis, with many hospital admissions, several different medications and even surgery to have a temporary stoma bag,” she said in the release.

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“I still experience flare-ups and can still spend quite a bit of time in hospital.”

She also said, “Learning about this research is so exciting and encouraging. I am hopeful this could potentially make a difference for myself and so many other hundreds of thousands of people living with IBD.”

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Fox News Digital reached out to the researchers for additional comment.

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Misunderstood illness leaves millions exhausted, with most cases undiagnosed

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Misunderstood illness leaves millions exhausted, with most cases undiagnosed

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Fatigue can stem from a variety of illnesses and life stressors, but when that exhaustion lasts for months — often following an infection — it may indicate a condition called chronic fatigue syndrome.

Approximately 3.3 million people in the United States currently have the syndrome, with about one in four people confined to their bed at some point during the illness, according to the Centers for Disease Control and Prevention.

Despite its prevalence, experts say it’s a poorly understood condition that physicians frequently miss, with past research suggesting that only about 15% of those affected are diagnosed correctly.

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What is chronic fatigue syndrome?

Formally known as myalgic encephalomyelitis (ME), chronic fatigue syndrome (CFS) is a chronic disease that causes fatigue so severe that it impairs the ability to perform daily activities.

Approximately 3.3 million people in the United States currently have the chronic fatigue syndrome, with about one in four people confined to their bed at some point during the illness. (iStock)

The National Academy of Medicine defines the syndrome as having the following three symptoms that last at least six months.

  • Severe fatigue that is 1) new and 2) decreases the ability to perform activities that you did normally prior to illness
  • “Malaise” that worsens after physical or mental effort that previously was well-tolerated
  • Unrestful sleep

People may also experience trouble with thinking and memory (often called “brain fog”) or lightheadedness when standing up. 

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There are no tests to confirm chronic fatigue, so doctors diagnose it by talking to their patients, examining them and excluding other disorders, like hypothyroidism and depression, that often share the same symptoms.

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Chronic fatigue is frequently missed by physicians, with past research suggesting that only about 15% of those affected are diagnosed correctly. (iStock)

“CFS, fibromyalgia and long COVID are all related conditions with different names,” Dr. Jacob Teitelbaum, author of “From Fatigued to Fantastic” — whose research focuses on chronic fatigue syndrome — told Fox News Digital. “What these illnesses have in common is that they are immune disorders, and immune disorders predominantly affect women.”

Many genes related to immune disorders are on the X chromosome, suggesting a genetic component, the doctor added.

Causes of chronic fatigue

Chronic fatigue syndrome may be triggered by infection or other physiologic stressors, but its causes and symptoms can vary widely from person to person, according to Dr. Julia Oh, a professor in dermatology, molecular genetics and microbiology, and integrative immunobiology at the Duke University School of Medicine in North Carolina.

Teitelbaum compared the condition to a “severe energy crisis” in the body. When energy drops low enough, the “control center” in the brain — the hypothalamus, which regulates sleep, hormones, blood pressure and pulse — may not work as well.

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Although hypothalamic dysfunction can trigger dozens of other symptoms, the hallmark signs are insomnia (despite exhaustion), brain fog and widespread pain, the doctor said.

Anything that causes severe energy depletion can trigger the syndrome, including chronic life stressors, nutritional deficiencies, thyroid and stress hormone imbalances, and sleep problems.

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These triggers are usually associated with a gradual onset of CFS, but sudden onset can be caused by certain infections, with two classic ones being COVID and mononucleosis, past research has shown.

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Head and neck trauma and sudden hormonal shifts after pregnancy can also trigger chronic fatigue, Teitelbaum warned.

Anything that causes severe energy depletion can trigger the syndrome, including chronic life stressors, nutritional deficiencies, thyroid and stress hormone imbalances, and sleep problems, according to one doctor. (iStock)

There aren’t currently any blood tests to uniformly diagnose the syndrome, but Dr. Oh said she is hopeful that will change in the future.

Her research team developed an experimental artificial intelligence-based tool, BioMapAI, that has been shown to identify the condition with high accuracy by analyzing stool, blood and other common lab tests, according to early research published in July in the journal Nature Medicine.

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“Instead of finding one smoking gun for the disease, our AI model uncovered a distinct biological fingerprint that was dysregulated in the patients, which spanned changes in gut bacteria, hyperactive immune cells and disrupted metabolism,” Oh told Fox News Digital.

Treatments and therapies

Given how differently chronic fatigue syndrome can affect people, there is no universally effective therapy, according to Oh.

The CDC recommends that patients with CFS work with their doctors to create a management plan based on the symptoms that most affect quality of life.

There are no tests to confirm chronic fatigue, so doctors diagnose it by evaluating symptoms and excluding other disorders.

Treatments generally include a combination of lifestyle changes, therapies and medications. Patients and their physicians should weigh the potential benefits and risks of any approach.

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There are some alternative therapies that have shown to be effective for some. Teitelbaum developed a protocol called SHINE, which focuses on sleep, hormones and hypotension, infections, nutrition and exercise. Some research has shown that this approach can help to improve the quality of life for people with CFS and fibromyalgia.

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Others may find alternative treatments, like physiotherapy (physical therapy) to be helpful.

Those who experience persistent fatigue that hinders their ability to participate in regular activities or impacts their quality of life should speak with a doctor.

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Ancient plague mystery cracked after DNA found in 4,000-year-old animal remains

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Ancient plague mystery cracked after DNA found in 4,000-year-old animal remains

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Long before the Black Death killed millions across Europe in the Middle Ages, an earlier, more elusive version of the plague spread across much of Eurasia.

For years, scientists were unsure how the ancient disease managed to spread so widely during the Bronze Age, which lasted from roughly 3300 to 1200 B.C., and stick around for nearly 2,000 years, especially since it wasn’t spread by fleas like later plagues. Now, researchers say a surprising clue may help explain it, a domesticated sheep that lived more than 4,000 years ago.

Researchers found DNA from the plague bacterium Yersinia pestis in the tooth of a Bronze Age sheep discovered in what is now southern Russia, according to a study recently published in the journal Cell. It is the first known evidence that the ancient plague infected animals, not just people, and offers a missing clue about how the disease spread.

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“It was alarm bells for my team,” study co-author Taylor Hermes, a University of Arkansas archaeologist who studies ancient livestock and disease spread, said in a statement. “This was the first time we had recovered the genome from Yersinia pestis in a non-human sample.”

A domesticated sheep, likely similar to this one, lived alongside humans during the Bronze Age. (iStock)

And it was a lucky discovery, according to the researchers.

“When we test livestock DNA in ancient samples, we get a complex genetic soup of contamination,” Hermes said. “This is a large barrier … but it also gives us an opportunity to look for pathogens that infected herds and their handlers.”

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The highly technical and time-consuming work requires researchers to separate tiny, damaged fragments of ancient DNA from contamination left by soil, microbes and even modern humans. The DNA they recover from ancient animals is often broken into tiny pieces sometimes just 50 “letters” long, compared to a full human DNA strand, which contains more than 3 billion of those letters.

Animal remains are especially tough to study because they are often poorly preserved compared to human remains that were carefully buried, the researchers noted.

The finding sheds light on how the plague likely spread through close contact between people, livestock and wild animals as Bronze Age societies began keeping larger herds and traveling farther with horses. The Bronze Age saw more widespread use of bronze tools, large-scale animal herding and increased travel, conditions that may have made it easier for diseases to move between animals and humans.

When the plague returned in the Middle Ages during the 1300s, known as the Black Death, it killed an estimated one-third of Europe’s population.

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The discovery was made at Arkaim, a fortified Bronze Age settlement in the Southern Ural Mountains of present-day Russia near the Kazakhstan border. (iStock)

“It had to be more than people moving,” Hermes said. “Our plague sheep gave us a breakthrough. We now see it as a dynamic between people, livestock and some still unidentified ‘natural reservoir’ for it.”

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Researchers believe sheep likely picked up the bacteria from another animal, like rodents or migratory birds, that carried it without getting sick and then passed it to humans. They say the findings highlight how many deadly diseases begin in animals and jump to humans, a risk that continues today as people move into new environments and interact more closely with wildlife and livestock.

“It’s important to have a greater respect for the forces of nature,” Hermes said.

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The study is based on a single ancient sheep genome, which limits how much scientists can conclude, they noted, and more samples are needed to fully understand the spread.

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The researchers plan to study more ancient human and animal remains from the region to determine how widespread the plague was and which species may have played a role in spreading it. 

Researchers (not pictured) found plague-causing Yersinia pestis DNA in the remains of a Bronze Age sheep. (iStock)

They also hope to identify the wild animal that originally carried the bacteria and better understand how human movement and livestock herding helped the disease travel across vast distances, insights that could help them better anticipate how animal-borne diseases continue to emerge.

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The research was led by scientists at the Max Planck Institute for Infection Biology, with senior authors Felix M. Key of the Max Planck Institute for Infection Biology and Christina Warinner of Harvard University and the Max Planck Institute for Geoanthropology.

The research was supported by the Max Planck Society, which has also funded follow-up work in the region.

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Scientists pinpoint why COVID vaccine may trigger heart inflammation in certain people

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Scientists pinpoint why COVID vaccine may trigger heart inflammation in certain people

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