
Daily weight loss pill helps patients lose 12% of body weight
In addition to weight loss, participants also benefited from reductions in cholesterol, blood fats and blood pressure.Dr Kenneth Custer of Eli Lilly said the company was planning to submit the drug for licensing before the end of the year and preparing for a "global launch to address this urgent pubic health need".So where might this weight loss pill fit in to the blockbuster multi-billion pound market dominated by injectable drugs like Mounjaro, Wegovy and Ozempic?The pill is much less effective than injectables.The 12% weight loss achieved by those taking orforglipron compares to 22% weight loss for patients on Mounjaro, given by weekly injection. Both drugs are made by Eli Lilly. Despite being less effective, there is likely to be a significant market for weight loss pills, as a needle-free means of cutting obesity levels.Obesity experts hope the oral drug will be far cheaper than current injectables which would make it available to many more patients.
The full results of the trial will be presented next month at the European Association for the Study of Diabetes annual meeting and published in a peer-reviewed journal.Rival manufacturer, Novo Nordisk, also has an oral version of its injectable drug Wegovy which it has already submitted for approval in the US.In trials, patients on the highest dose of the Novo Nordisk daily pill lost around 15% of their bodyweight after 64 weeks.

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Daily Mail
26 minutes ago
- Daily Mail
I went to bed with perfect hearing but woke up deaf - here's the little-known condition that's to blame and why a common virus can cause it: CLAUDIA CONNELL
Once you reach middle age there are certain physical changes that make you feel ancient. It could be grey hair, knee pain or taking ever longer to haul yourself off the sofa. At 58, I've managed to escape all the above – so far.


The Independent
an hour ago
- The Independent
The vaccine that could lower the risk of dementia by 20 per cent
Over the past two centuries, vaccines have been critical for preventing infectious diseases. The World Health Organization estimates that vaccination prevents between 3 million and 5 million deaths annually from diseases like diphtheria, tetanus, influenza, measles and, more recently, COVID-19. While there has long been broad scientific consensus that vaccines prevent or mitigate the spread of infections, there is new research suggesting that the therapeutic impact might go beyond the benefit of preventing infectious diseases. An April 2025 study published in the prominent journal Nature found tantalizing evidence that the herpes zoster – or shingles – vaccine could lower the risk of dementia in the general population by as much as 20%. We are a team of physician scientists with expertise in the clinical and basic science of neurodegenerative disorders and dementia. We believe that this study potentially opens the door to other breakthroughs in understanding and treating dementia and other degenerative disorders of the brain. A role for vaccines in reducing dementia risk? One of the major challenges researchers face when trying to study the effects of vaccines is finding an unvaccinated 'control group' for comparison – a group that is similar to the vaccine group in all respects, save for the fact that they haven't received the active vaccine. That's because it's unethical to assign some patients to the control group and deprive them of vaccine protection against a disease such as shingles. The Nature study took advantage of a policy change in Wales that went into effect in 2013, stating that people born on or after September 2, 1933, were eligible for the herpes zoster vaccination for at least a year, while those born before that cutoff date were not. The vaccine was administered to prevent shingles, a painful condition caused by the same virus that causes chickenpox, which can lie dormant in the body and be reactivated later in life. The researchers used the policy change as a natural laboratory of sorts to study the effect of shingles vaccination on long-term health outcomes. In a statistically sophisticated analysis of health records, the team found that the vaccine reduced the probability of getting dementia by one-fifth over a seven-year period. This means that people who received the shingles vaccine were less likely to develop clinical dementia over the seven-year follow-up period, and women benefited more than men. The study design allowed researchers to compare two groups without actively depriving any one group of access to vaccination. The two groups were also of comparable age and had similar medical comorbidities – meaning similar rates of other medical conditions such as diabetes or high blood pressure. Results from this and other related studies raise the possibility that vaccines may have a broader role in experimental therapeutics outside the realm of infectious diseases. These studies also raise provocative questions about how vaccines work and how our immune system can potentially prevent dementia. How vaccines might be protective One scientific explanation for the reduction of dementia by the herpes zoster vaccine could be the direct protection against the shingles virus, which may play a role in exacerbating dementia. However, there is also the possibility that the vaccine may have conferred protection by activating the immune system and providing 'trained immunity,' in which the immune system is strengthened by repeated exposure to vaccines or viruses. The study did not differentiate between different types of dementia, such as dementia due to Alzheimer's disease or dementia due to stroke. Additionally, researchers cannot draw any definitive conclusions about possible mechanisms for how the vaccines could be protective from an analysis of health records alone. The next step would be a prospective, randomized, double-blind, placebo-controlled study – the 'gold standard' for clinical trials in medicine – to directly examine how the herpes zoster vaccine compares with a placebo in their ability to reduce the risk of dementia over time. Such studies are necessary before any vaccines, as well as other potential therapies, can be recommended for routine clinical use in the prevention of dementia. The challenges of untangling dementia Dementia is a major noncommunicable disease that is a leading cause of death around the world. A January 2025 study provided updated figures on lifetime dementia risk across different subsets of the U.S. population. The researchers estimate that the lifetime risk of dementia after age 55 is 42% – more than double earlier estimates. The dementia risk was 4% by age 75, and 20% by age 85, with the majority of risk occurring after 85. The researchers projected that the number of new cases of dementia in the U.S. would double over the next four decades from approximately 514,000 cases in 2020 to 1 million in 2060. Once considered a disease largely confined to the developed world, the deleterious effects of dementia are now apparent throughout the globe, as life expectancy increases in many formerly developing countries. While there are different forms of dementia with varying clinical manifestations and underlying neurobiology, Alzheimer's disease is the most common. Prospective studies that specifically test how giving a vaccine changes the risk for future dementia may benefit from studying patient populations with specific types of dementia because each version of dementia might require distinct treatments. Unfortunately, for the past two to three decades, the amyloid hypothesis of Alzheimer's disease – which posits that accumulation of a protein called amyloid in the brain contributes to the disorder – dominated the scientific conversation. As a result, most of the efforts in the experimental therapeutics of Alzheimer's disease have focused on drugs that lower the levels of amyloid in the brain. However, results to date have been modest and disappointing. The two recently approved amyloid-lowering therapies have only a minimal impact on slowing the decline, are expensive and have potentially serious side effects. And no drug currently approved by the Food and Drug Administration for clinical use reverses the cognitive decline. Studies based on health records suggest that past exposure to viruses increases the risk of dementia, while routine vaccines, including those against tetanus, diphtheria, pertussis, pneumonia, shingles and others, reduce the risk. Innovation and an open mind There is sometimes a tendency among scientists to cling to older, familiar models of disease and a reluctance to move in more unconventional directions. Yet the process of doing science has a way of teaching researchers like us humility, opening our minds to new information, learning from our mistakes and going where that data takes us in our quest for effective, lifesaving therapies. Vaccines may be one of those paths less traveled. It is an exciting possibility that may open the door to other breakthroughs in understanding and treating degenerative disorders of the brain. Anand Kumar is a Professor and Department Head of Psychiatry at the University of Illinois Chicago. Jalees Rehman is Department Chair and Professor of Biochemistry and Molecular Genetics at the University of Illinois Chicago.


The Sun
an hour ago
- The Sun
Holiday hotspots report cases of organ destroying virus sparking global outbreak fears in China
SOME favourite holiday destinations for Brits are now hotspots for a crippling mosquito-borne virus, new figures reveal. Chikungunya, which is rarely deadly but capable of wreaking havoc on organs and causing agonising, months-long pain and disability, is exploding worldwide. 4 4 Just last month The World Health Organisation warned chikungunya could soon affect billions across the globe as it tears through parts of the Indian Ocean and edges closer to Europe. The health watchdog said it was seeing the same warning signs as in the last major outbreak two decades ago, when nearly half a million were infected worldwide. More than 7,000 people have been struck down by the mosquito-borne bug in China alone, marking the country's biggest ever outbreak of the disease, according to experts. Most cases have been reported in the city of Foshan, in the southern province of Guangdong. In recent days, cases have cropped up in neighbouring areas and countries, including Hong Kong and Taiwan, according to media reports, this is despite China imposing Covid-like measures to contain the virus. Since early 2025, this viral wave has crossed continents, with 250,000 cases and 90 deaths recorded across 16 countries this year, according to the European Centre for Disease Prevention and Control (ECDC). And while the UK remains free of risk for now, parts of France and Italy - both very popular with Brits, are already battling the virus. There have been 12 local transmission episodes in several regions of southern France within the last year - meaning people were infected by mosquitoes in Europe, not while travelling. While this sounds concerning, experts have fortunately said it isn't going to be the next pandemic. Professor Will Irving, a virology expert at the University of Nottingham said: "There have been equally large, if not larger outbreaks around the world prior to this one." What is Chikungunya However, he added: "With climate change, the mosquitos are spreading, and there are reports of the mosquito being present in parts of Europe (France, Italy, Spain).' Last year, Europe saw a sharp surge in mosquito-borne diseases - including dengue, West Nile, and malaria - with some infections doubling in just 12 months. Chikungunya is primarily spread by the Aedes mosquito (also known as the tiger mosquito) and cannot spread from person to person. But a mosquito can pick up the disease by feeding on an infected individual and then transmit it to new human hosts by biting them. Unlike malaria-carrying mosquitoes, these critters are most active during the day, especially in the early morning and late afternoon. 4 4 How to stay safe Several experts have shared precautionary steps those travelling the sunny beaches of Europe can take to prevent infection. Professor Paul Hunter, a professor in medicine at the University of East Anglia, advised travellers to wear loose-fitting clothing that covers your arms and legs. Ideally, he said: "They will be light coloured, so you can see if mosquitos have landed on you." In particular, he warned that it is a bad idea for women in late stages of pregnancy to travel to these destinations. "If you get infected with it later on in the pregnancy, it can pose a risk to the baby," he said. Two chikungunya vaccines have recently been approved for use in the UK - although one is under safety review for older people. Those are mostly targeted at travellers and are not widely available in the countries most affected by chikungunya. Once someone has recovered from chikungunya, there is evidence to suggest they have lifelong immunity. In 2024, there were 112 confirmed and probable cases of chikungunya, all linked to people returning from popular destinations like India, Pakistan and Brazil. Once mostly confined to Asia, Africa, and South America, the virus is now expanding its reach across Europe and the US, with local outbreaks on the rise. It has surged in places like Madagascar, the Seychelles, Somalia, Kenya, India, and Brazil. Meanwhile, the Pacific Islands are also grappling with rising outbreaks in Samoa, Tonga, French Polynesia, Fiji, and Kiribati. The US has recorded 46 cases this year, all in travellers returning from high-risk regions, with no deaths reported so far. Crippling joint pain While chikungunya very rarely causes death, its symptoms are debilitating. They usually begin within a week of being bitten and can include a sudden high fever, fatigue, nausea, reddening of the eyes, sensitivity to light and a rash. The virus gets its name from a word in the Kimakonde language spoken in southern Tanzania meaning 'to become contorted,' to the crippling joint pain it causes. The virus triggers an immune response that leads to inflammation in the joints, causing pain, swelling and stiffness similar to rheumatoid arthritis that can persist for weeks, months and sometimes years after the initial infection. Those most at risk of severe illness include newborn babies, older adults, and people with underlying conditions such as heart disease or diabetes. How concerning is this outbreak? Though tactics adopted by authorities in China hark back to lockdown measures five years ago, chikungunya "does not pose the same level of pandemic threat as a virus like Covid-19", according to Prof Tom Solomon, director of The Pandemic Institute in Liverpool. Dr César López-Camacho, from the Jenner Institute at the University of Oxford, added: 'It is extremely unlikely to cause a pandemic in the traditional sense, as chikungunya does not spread from person to person. "However, it can cause large regional outbreaks, especially when introduced to mosquito-rich, low-immunity settings, like what we are probably seeing in China." The risk to the UK from this outbreak is "currently low" as Aedes mosquitoes, which tend to carry the virus, aren't widespread here. "But we do need to watch closely, as climate change and global travel are expanding the range of these mosquitoes, and with it, the viruses they carry," Dr López-Camacho warned. 'It is also important that genetic sequencing of the virus in this outbreak is carried out. "In past outbreaks, mutations have helped chikungunya adapt to new mosquito species. "If the virus has changed, we need to ensure current vaccines still offer protection." Brits travelling to China amidst the outbreak should "be cautious", the disease expert said. He continued: "The US Centre for Disease Control and Prevention has issued a Level 2 travel alert, recommending travellers use insect repellent, wear long sleeves, and stay in screened or air-conditioned accommodation. "Travellers returning from affected areas who develop fever and joint pain should seek medical attention and mention their recent travel." People travelling to high-risk areas where outbreaks of the virus often occur can get vaccinated against chikungunya at a travel clinic. But Prof Solomon noted: "There have been reports of serious side effects in people over the age of 65. "As such, the vaccine is currently recommended for travellers under 65 visiting high-risk areas."