In other words, the board feels the star represents Israel. Of course, the crescent of Islam has not been banned. But look what happens when David Menzies of Rebel News calls them out for this insult to Jews everywhere.

Jack Posobiec wrote at Human Events that Ukraine embezzled millions meant to build fortifications to keep Russia from invading again. Russia has invaded the northeast of Ukraine and practically walked right in. There were no fortifications, and Russia allegedly took over dozens of crimes. A Pravda article, admittedly biased and including opinion, gave very detailed […] The post Ukraine Embezzled Millions for Fortifications Never Built, Russia Rolled In appeared first on www.independentsentinel.com.

Despite marrying young and living the celebrity life, David and Victoria Beckham have remained a united and loving force.  The former soccer star and his wife met in 1997 when he was 21 and she was 22. They immediately connected and began dating. They married two years later. Today, they are parents of four children; sons Brooklyn, 25, Romeo, 21, and Cruz, 19, and daughter Harper, 12. Instagram While the couple had normal conflicts and troubles during their relationship, one thing has always remained the same. David and Victoria always prioritized each other and had each other’s backs no matter what. That has kept their love strong for nearly 30 years.  “After watching the documentary [Beckham], after everything was over and we watched it finally, that’s the one thing that we looked at each other and was like, ‘I don’t know how we got through the last 27 years, but we did, and we have an amazing family, we have amazing businesses, and we’re happy,'” he said in a preview of the May 20th installment of the SmartLess podcast.  “Of course, when you’re with someone for that amount of time, of course, you have your ups and downs,” he continued. “Everybody knows that, and at the end of the day, we were lucky because we had each other at those moments.” David Beckham Feels Blessed To Have Started A Family When He Was In His Prime David Beckham acknowledged that the odds weren’t in their favor when they paired up at such a young age. To top that off, he was playing for Manchester United, and she was touring with the Spice Girls at that same time. So they had several obstacles to overcome.  “Even when we were going through the difficult times, we actually had each other to feed off,” he noted. “And that was the best part.” David and Victoria also started their family when David was 23, which could have been a stressful endeavor while juggling two superstar careers, but they took it in stride. And in the end, David was thrilled to have met the love of his life so early because he’d always wanted to have children while he was a young man.  Instagram “As soon as we had our first son, Brooklyn, that also added another layer to the family, and our responsibilities then were to our son,” he continued. “I’m so happy. I am very happy because I feel very blessed to have had the career that I’ve had and played for the teams that I have and experienced that.”  “And the one thing that I always wanted for me, I was lucky I met Victoria when I met her because I always wanted to have kids young,” he added. “I always wanted to have kids that lived through my career with me, and I was lucky the three boys all lived through most of the teams that I played for, and that, for me, was a really important part of my life.”  This story’s featured image is by John Shearer/WireImage. The post David Beckham Shares Why He & Wife Victoria Are Still So In Love And Why He’s Happy He Married Young appeared first on InspireMore.

In the domain of medical discoveries, a surprising innovation is poised to transform the landscape of treatment for excessive bleeding: synthetic blood platelets. These artificial equivalents, created via rigorous study and innovation, provide a look into the future of medical care by addressing the ongoing issue of platelet shortage and delivering a lifeline to patients in desperate need. What exactly are platelets and what do they do? Before getting into the complexity of artificial platelets, it’s important to understand the fundamental role of natural platelets in the human body. These microscopic cell fragments, which circulate in the bloodstream, play an important role in blood clotting—a procedure necessary for preventing excessive bleeding and promoting wound healing. Ashley Brown, an associate professor in the joint biomedical engineering department at North Carolina State University and the University of North Carolina at Chapel Hill, emphasizes that “natural platelets are indispensable for maintaining hemostasis.” The challenge of platelet shortage: an opportunity for innovation Despite their crucial necessity, platelets pose substantial logistical challenges in medical care due to their limited shelf life. “Even if you have a ton of donations, you can’t bank them for long,” says Brown. This dilemma highlights the critical need for novel ways to alleviate platelet shortages and provide timely access to life-saving treatments. The creation of synthetic platelets: a triumph in biomedical engineering To address the serious issue of platelet scarcity, Brown and her team have embarked on a groundbreaking biomedical engineering journey. “We set out to create synthetic platelets capable of mimicking the essential functions of their natural counterparts,” Brown explains. Brown’s team is building the groundwork for a new era in transfusion medicine by combining cutting-edge technologies with interdisciplinary teamwork. Unraveling the science of synthetic platelets At the heart of synthetic platelet technology is a sophisticated combination of materials science, nanotechnology, and biocompatibility. The researchers used hydrogels to create nanoparticles that are nearly identical in size, dynamics, and shape to natural platelets. These synthetic counterparts are adaptable platforms for tailored therapeutic interventions, representing a viable solution to platelet shortages. Fibrin: a critical binding mechanism The capacity of synthetic platelets to connect with fibrin, a major protein involved in clotting, is critical to their function. “Our synthetic platelets are designed to bind to fibrin molecules, facilitating clot formation at the site of injury,” Brown explains. This focused strategy has enormous potential to improve hemostasis and promote speedy wound healing. Testing and validation: from the lab to the clinic Brown and her team of researchers have proved the usefulness and safety of synthetic platelets in controlling bleeding and expediting wound closure using rigorous preclinical testing in animal models. “We achieved comparable outcomes to natural platelets,” says Brown, “paving the way for further clinical translation.” As research progresses, synthetic platelets hold the promise of transforming the landscape of transfusion medicine and improving patient outcomes. Charting the future of synthetic platelets: clinical implementation As synthetic platelets progress from lab to bedside, their potential to transform medical care becomes clearer. With continued study and advancement, these artificial equivalents hold promise for resolving severe bleeding scenarios, improving patient care, and ushering in a new era of precision medicine. As the journey continues, synthetic platelets have the potential to push the boundaries of medical knowledge and improve the lives of patients all around the world. Source study: Science Translational Medicine—Ultrasoft platelet-like particles stop bleeding in rodent and porcine models of trauma  The post The life-saving science of synthetic blood platelets  first appeared on The Optimist Daily: Making Solutions the News.

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Koepke then began taking fecal transplant pills made from brother's stools