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Donald Trump Health: Trump visited Walter Reed National Military Medical Center on October 10 for what he described as his “semi-annual physical.” He had already undergone a routine check-up in April. Speaking to reporters aboard Air Force One on his way to Japan, Trump confirmed that he received an MRI during his appointment.
“I did, I got an MRI—it was perfect,” Trump said, adding that reporters would need to ask his doctors for the reason behind it. “I think they gave you very conclusive reports. Nobody has ever given reports like I did. And if I didn’t think it would be good, I wouldn’t run. The doctor said they were some of the best results for someone my age.”
MRI stands for magnetic resonance imaging. It produces detailed scans of internal soft tissues and is commonly used for examining organs and detecting abnormalities.
He returned to Walter Reed on October 10 for “advanced imaging, laboratory tests, and preventive evaluations.” During the same visit, Trump also received his flu and COVID-19 booster vaccinations. Barbabella later stated that the former president remains in “excellent overall health.”
Earlier this year, the White House disclosed that Trump has chronic venous insufficiency (CVI), a common vascular disorder in which leg veins struggle to return blood to the heart properly. This condition can cause swelling and discomfort in the legs.
On October 10, Trump made another trip to Walter Reed National Military Medical Center. His spokesperson, Karoline Leavitt, described it as a “routine annual check-up,” even though it was his second visit to the facility in just six months. Dr. Sean Barbabella, the White House physician, did not provide details about the imaging or preventive evaluations carried out during the appointment. However, he stated that Trump’s lab results were “exceptional” and that his cardiac health appeared to be roughly 14 years younger than his actual age.
On October 27, Trump mentioned that he had undergone an undisclosed MRI scan during a previous visit to Walter Reed. Though he said the test produced “some of the best reports for the age” and “some of the best reports they’ve ever seen,” the lack of details surrounding the procedure has fueled speculation about his health.
Trump has also previously spoken about taking the Montreal Cognitive Assessment (MoCA), a test used to detect cognitive decline, but has repeatedly described it as a “very difficult IQ test.” It is not known whether another MoCA test was conducted during his October visit or if Trump was referring to the tests he took in April 2025 or January 2018.
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People taking one of Britain’s most widely prescribed painkillers have been reminded by the NHS to watch for serious side effects that should be reported to a doctor right away.** Gabapentin, available only by prescription, is mainly used to treat nerve-related pain caused by conditions such as diabetes, epilepsy, shingles, and restless legs syndrome.
Restless Legs Syndrome (RLS) is a common condition across the UK. It’s estimated that around 10% of adults experience it, and about 2% deal with uncomfortable symptoms nearly every night. This means roughly 2.2 million people in the UK are likely to live with RLS at some point.
Medicines used to treat RLS include alpha-2-delta ligands, such as pregabalin and gabapentin. The specific drug and dosage vary depending on how severe the symptoms are and whether other health conditions are present. In some cases, long-term treatment may be needed.
Gabapentin is among the most frequently prescribed medications in Britain. It is available in tablet, capsule, and liquid forms, and can be taken by most adults and by children aged six and older. While the majority of users do not experience side effects, a small number of people report certain reactions.
According to the NHS, “Like all medicines, gabapentin can cause side effects, although not everyone gets them. These common side effects of gabapentin may happen in more than one in 100 people. They’re usually mild and go away by themselves.”
Some people may experience more serious side effects, such as thoughts of self-harm, swollen glands that do not go away, or persistent stomach pain, which can signal inflammation of the pancreas. The NHS emphasizes that these reactions are rare.
Using gabapentin for an extended period may, in rare instances, lead to dependence, so regular medical supervision is advised while taking this medication.
The prescribed dose of gabapentin depends on the condition being treated. For adults and older children (aged 12 and above), the usual dosage ranges from 900 mg to 3,600 mg per day, divided into three doses.
For younger children under 12, a doctor will determine the right amount based on the child’s body weight.
Doctors may recommend an alternative to gabapentin in some situations, such as:
Speaking to a doctor before starting or adjusting gabapentin is essential to ensure the treatment is safe and effective for each individual.
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Recalled Pasta Meals Listeria: A nationwide listeria outbreak connected to recalled ready-to-eat pasta meals has claimed six lives and left several others hospitalized, according to the Centers for Disease Control and Prevention (CDC). Data shared by public health agencies, including the U.S. Food and Drug Administration (FDA) and the U.S. Department of Agriculture’s Food Safety and Inspection Service (USDA-FSIS), shows that 27 people across 18 states have been infected with the outbreak strain of listeria.
Out of 26 people with detailed medical information, 25 required hospitalization, and six deaths occurred in Hawaii, Illinois, Michigan, Oregon, Texas, and Utah. As reported by PEOPLE, one pregnancy-related infection also led to the loss of a baby.
The CDC noted that the real number of cases is likely higher since confirming a link to an outbreak can take several weeks, and some individuals may recover without medical attention.
As the listeria outbreak unfolds, it raises the question: how do you know if you are at risk?
According to the CDC, listeria poses the greatest danger to pregnant women, adults over 65, and individuals with weakened immune systems. In these groups, the bacteria can spread beyond the intestines and cause a serious condition called invasive listeriosis.
Other individuals may develop headache, stiff neck, confusion, loss of balance, and convulsions, along with fever, muscle aches, and tiredness.
People usually get infected after consuming food contaminated with the bacteria. The incubation period, the time between infection and symptom onset, can range from 3 to 70 days, with an average of about 3 weeks. When a pregnant woman eats contaminated food, the infection can pass through the placenta to the baby.
As the CDC explains, healthy individuals may not show symptoms or might only develop mild, short-lived flu-like signs, sometimes with minor digestive discomfort. These mild infections typically remain limited to the gut lining.
In people at higher risk, the bacteria can spread into the bloodstream, leading to more severe complications. Older adults and those with weakened immune systems can develop meningitis or sepsis, which present as headache, stiff neck, confusion, loss of balance, or seizures.
Pregnant women may have few or no symptoms, but infection can still harm the baby, leading to miscarriage, stillbirth, premature labor, or meningitis in newborns. For more detailed information, pregnant women are advised to refer to official CDC guidance on listeria during pregnancy.
Listeria monocytogenes is a naturally occurring bacterium found in soil and water. Vegetables may become contaminated through soil or manure-based fertilizers. Animals can also carry listeria without appearing sick, which means meat and dairy from these animals can be infected. In some cases, contamination occurs after food processing, such as in soft cheeses or deli products.
Doctors typically confirm listeriosis by testing a patient’s blood or cerebrospinal fluid (the liquid that surrounds the brain and spinal cord). During pregnancy, a blood test is the most accurate way to determine whether a woman’s symptoms are caused by a listeria infection.
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A group of research lab monkeys escaped captivity in Mississippi as the truck carrying them overturned on Tuesday. The monkeys were on their way to a Tulane University research center in New Orleans from the University’s Biomedical Research Center in Louisiana.
At first, officials worried the monkeys might have dangerous sicknesses, like herpes. However, Tulane University quickly said the animals were healthy and disease-free. They confirmed the monkeys had not been near any germ that could cause an illness.
Videos of the crash on Interstate 59 showed monkeys crawling in the grass next to broken wooden cages. So far, 14 monkeys have been found, 5 died, while 2 are still at large and the search continues. While the health officials assured people that there were no possible disease outbreaks, questions about ethical considerations and risks that come with animal testing have been brought up.
According to the European Animal Research Association (EARA), scientists generally use animals like mice and rats much more than monkeys. However, monkeys, also called non-human primates (NHPs), are sometimes needed because their bodies are the most like human bodies. This means that for some diseases, mice and rats just aren't good enough models to show how a treatment will work in a person.
The Understanding Animal Research UK Organization explains that the most commonly used monkeys in research are Rhesus macaques, Cynomolgus macaques, and Common Marmosets.
Old-world monkeys, which are Macaques, share 94% genetic code with humans while the new-world monkeys which are Marmosets, share 91.7% genetic code with humans. The EARA expands that monkeys are especially important for research on:
Even in Europe, which has strict rules to protect lab animals, experts agree that while the goal is to stop using monkeys completely, a limited number are still necessary right now for key studies on the immune system and brain diseases.
The Hastings Center for Bioethics explains that despite being used for research and discovering new treatments, almost 100 percent of new drugs for Alzheimer's have failed over many years. Some scientists point out that rhesus monkeys don't naturally get the full disease, the way humans do.
This brings up a moral question: Are we using these animals because science truly requires it, or is it simply the easiest option?
When animal research doesn't result in a cure for people, which is called a "translational failure", it means the lives of these conscious, feeling animals are wasted in experiments that probably won't work. This failure is also bad for humans, who face risks in trials based on weak animal data and who keep waiting for medical breakthroughs that never arrive.
The accuracy of these tests and research has been questioned before. According to a 2023 explainer published in the Nature, a scientist named Dr. Jonah Sacha, who studies the body's immune system and how it fights disease, bought a group of monkeys for his research on infectious diseases.
Before starting his studies, Dr. Sacha followed standard safety procedures and took chest X-rays of all the monkeys. This is like giving them a quick check-up. During this screening, he made a worrying discovery: one of the monkeys was sick.
This monkey was carrying the bacteria that causes tuberculosis (TB). Even though the monkey wasn't showing signs of being sick, the X-ray showed it had latent TB. "Latent" means the TB germs were hidden or sleeping inside its body, ready to cause the full, active disease later on. This finding was a major problem because TB is highly contagious and could have easily spread to the other monkeys, and potentially even to the lab workers, creating a dangerous situation.
The researchers explain that it can lead to disruptions in the experiments and unreliable data.
The EARA explains that monkeys are currently required to test new drug safety because no other animal or lab model, like "organs-on-a-chip," can fully replicate the human body's complexity. Banning these studies would simply move them outside the EU, as global safety rules demand them. For specific human diseases, especially in brain science, monkeys remain the only suitable model, and replacements are not yet ready.
Researchers are currently working on ways to remove the need for animals in health research, however overturning the status quo may take a few more years.
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