'The Voice' Season 24 judge Gwen Stefani claims Sam Dearie's performance was 'little bit untamed'

Take a look at some of the best dressed stars at the 2023 CMA Awards

Centenarians tend to have lower levels of glucose, creatinine and uric acid from their sixties onwards, according to the largest study of its kind that may lead to a simple blood test to predict a person’s chance of reaching 100. The research, published on Monday in the journal GeroScience, is the biggest to date to measure and follow up the levels of different molecules in the blood of people born between 1893 and 1920. Scientists, including those from Karolinska Institutet, assessed the data on blood molecules from over 44,500 Swedes who underwent clinical testing between 1985 and 1996 and followed up till 2020. They focused specifically on people born between 1893 and 1920, who were between 64 and 99 years old when their blood samples were first tested, and followed them up as they grew closer to 100 years of age. About 1,200 individuals in the study, or about 2.7 per cent of the participants, reached 100. Researchers compared this subset’s data with those of their peers who were younger than them. The analysis found 12 blood-based molecules associated with metabolism, inflammation as well as liver and kidney function, that were also linked to ageing or mortality in previous studies. These molecules included total cholesterol and glucose as markers of metabolism, uric acid indicating inflammation levels, enzymes indicative of liver health and creatinine as a measure of kidney health. Researchers also looked at albumin and iron levels in the blood. Except for a liver enzyme and albumin, all other molecules were found linked to the likelihood of a person becoming a centenarian. Those with increased levels of total cholesterol and iron had a greater likelihood of becoming centenarians compared to those with lower levels. However, for molecules including glucose, creatinine, uric acid, and liver enzymes, lower levels were associated with higher chances of living past 100. “We found that, on the whole, those who made it to their hundredth birthday tended to have lower levels of glucose, creatinine and uric acid from their sixties onwards,” researchers wrote in The Conversation. “Very few of the centenarians had a glucose level above 6.5 earlier in life, or a creatinine level above 125,” they said. While the differences found in the study between groups were small in some cases, researchers said the findings still suggest a “potential link” between metabolism, nutrition and longevity. However, the study falls short of recommending lifestyle factors or genes responsible for these blood molecule levels. “While chance likely plays a role for reaching age 100, the differences in biomarker values more than one decade prior death suggest that genetic and/or lifestyle factors, reflected in these biomarker levels may also play a role for exceptional longevity,” scientists wrote in the study. “However, it is reasonable to think that factors such as nutrition and alcohol intake play a role. Keeping track of your kidney and liver values, as well as glucose and uric acid as you get older, is probably not a bad idea,” they said. Read More Good financial planning could increase life expectancy, study suggests Scientists find gene that grants long life – and successfully test it on another species Scientists extend mice lives by connecting their blood to young ones

Cathay Pacific Airways said Tuesday it had fired three cabin crew members after a passenger complained of discrimination on a flight from mainland China, an incident that angered Hong Kong officials and underscored the pressure on the city's flag carrier to please Beijing.

ATLANTA--(BUSINESS WIRE)--Nov 9, 2023--

A new experiment demonstrates that commercial solar farms in space could one day be possible, according to the researchers behind it. Scientists from the UK say that a satellite launched into space to test the opportunities to gather sunlight for power has shown more success than expected. The experiment showed that it was possible to make lightweight solar panels at low cost that would be able to work in space, researchers said. They sent one of those units into space and examined how it worked over a period of six years and 30,000 orbits. It was able to withstand the solar radiation and other damage of space, they said, and continue generating power. “We are very pleased that a mission designed to last one year is still working after six. These detailed data show the panels have resisted radiation and their thin-film structure has not deteriorated in the harsh thermal and vacuum conditions of space,” said Craig Underwood from the University of Surrey, “This ultra-low mass solar cell technology could lead to large, low-cost solar power stations deployed in space, bringing clean energy back to Earth – and now we have the first evidence that the technology works reliably in orbit.” The panels were made at the University of Swansea, and used a new kind of solar cell made out of cadmium telluride. That material allows for larger panels at lighter weights, which provide more power and are relatively cheap. Colleagues at the University of Surrey then built those panels into a satellite that could be delivered to space, as well as the technology to measure how they continued to perform once they were in orbit. Those measurements showed that the panels gradually became less efficient, but researchers say they nonetheless showed that the panels could eventually be commercially viable. Solar farms in space would overcome many of the problems with existing renewable infrastructure on Earth. The solar farms could allow for more space on the ground, but more notably would be able to avoid issues caused by weather and benefit from more intense sunlight than there is on the surface. Making units that are able to withstand the difficulties of space is just one of a number of challenges for solar farms in space. There would also need to be a way to get the energy back down to us, for instance – though this summer researchers were able to successfully beam power down to Earth using microwaves. A study describing the findings, ‘IAC-22-C3.3.8 Six years of spaceflight results from the AlSat-1N Thin-Film Solar Cell (TFSC) experiment’, is published in the journal Acta Astronautica. Read More Scientists receive powerful ‘radio burst’ that travelled billions of years Apple announces surprise event: ‘Scary fast’ ChatGPT and other chatbots ‘can be tricked into making code for cyber attacks’

Texas Tech football coach Joey McGuire honors the late, great Mike Leach at Big 12 Media Days.It is still so incredibly sad that "The Pirate" Mike Leach is no longer with us.The former Texas Tech, Washington State and Mississippi State head football coach passed away during the hol...

A project to build a first-of-a-kind small modular nuclear reactor power plant was terminated Wednesday

Tensions rose high at Colorado Football fall camp early Wednesday.With Terrell Owens in the facility watching his old friend Deion Sanders and the Colorado Buffaloes practice, you knew things were going to be hectic.Just maybe not this hectic or psychical.Things got heated in Fall Camp at ...

OpenAI’s investors are still trying to return co-founder Sam Altman to a leadership role at the ChatGPT maker,

Sebastian Vettel revealed he “has some ideas” about a return to Formula 1 in some capacity in the future. The 36-year-old retired from the sport after the 2022 season, leaving a lasting legacy with his four championship triumphs with Red Bull from 2010-2013. The German, who also raced for Ferrari and Aston Martin, is a climate change activist and campaigner and regularly spoke out about environmental issues towards the end of his career. Now, Vettel admits that he would be open to a return to F1 down the line, hinting that the sport’s sustainability could be a potential avenue. “We’ll see but I have some ideas,” Vettel said, when asked about a return to the sport whilst appearing at the Goodwood Festival of Speed on Sunday. “I’ve been to Monaco earlier this year. I had a very good meeting with Stefano [Domenicali, F1 CEO]. “Other than obviously the cars directly polluting, F1 has a huge responsibility because it’s a very big event. A lot of people attend, I think you had around 500,000 people at the British Grand Prix last weekend. “So there’s a lot more to it than just the cars but obviously the cars, everybody sees them. It’s important that it’s headed in the right direction. “But I’m talking and I have some ideas. Obviously, we’ll see what the future brings. I think sooner or later, I will probably figure it out and take on a new challenge.” Vettel drove exclusively with e-fuels during his drive of Nigel Mansell’s 1992 Williams car and Ayrton Senna’s 1993 McLaren at Goodwood. The four-day festival was impacted by heavy winds, forcing the cancellation of Saturday’s event, but it concluded without issue on Sunday. Read More How does Max Verstappen and Red Bull compare to the greats of Formula One? Mick Schumacher to drive father Michael’s car at Goodwood Festival of Speed Red Bull has handed Daniel Ricciardo the first step to Sergio Perez’s seat Daniel Ricciardo returns to F1 as he replaces Nyck de Vries The moment Norris came of age in British Grand Prix – and it wasn’t his super start

Long ago Venus was nicknamed Earth's twin, a world roughly the same size as our