WHO flags funding shortage risk in Afghanistan
(Reuters) -The World Health Organization (WHO) on Monday said that the agency is concerned about funding shortages in Afghanistan which could force closure of 80% of WHO-supported essential health care services.
As of March 4, 167 health facilities had shut down in the country due to funding shortages and without urgent intervention, over 220 more facilities could close by June, WHO said in a statement.
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Yahoo
12 hours ago
- Yahoo
Man who let snakes bite him 200 times spurs new antivenom hope
Tim Friede was feeling particularly down on the day after the September 11 attacks, so he went to his basement and let two of the world's deadliest snakes bite him. Four days later, he woke up from a coma. "I know what it feels like to die from snakebite," Friede told AFP via video call from his home in the small US town of Two Rivers, Wisconsin. This experience might put most people off snakes entirely, but Friede simply vowed to be more careful next time. From 2000 to 2018, he allowed himself to be bitten by snakes more than 200 times. He also injected himself with their venom over 650 times. Friede endured this pain because he wanted to achieve total immunity to venom, a practice called mithridatism which should not be tried at home. After a couple of years, Friede started to believe he could be the basis for a better kind of antivenom. The former truck mechanic, who does not have a university degree, long struggled to be taken seriously by scientists. But last month, a study published in the prestigious Cell journal showed that antibodies from his blood protect against a range of snake venom. The researchers now hope Friede's hyper-immunity could even lead to the development of a universal antivenom. This would fill a major need, because currently most antivenoms only cover one or a few of the world's 600 venomous snakes. Up to 138,000 people are killed by snakebites a year, while 400,000 suffer amputations or other disabilities, according to the World Health Organization. These figures are believed to be vastly underestimated because snakebite victims typically live in poorer, remote areas. - 'Pain every time' - Friede's first bite was from a harmless garter snake when he was five years old. "I was afraid, I cried, I ran away," said Friede, now 57. Then he started bringing snakes home and hiding them in pickle jars. His mother sought counselling, but his interest in snakes persisted. Things escalated after Friede attended a class that taught him how to "milk" snakes for their venom. How antivenom is made has changed little over the last 125 years. Small doses of snake venom are injected into animals such as horses, which produce antibodies that can be extracted and used as antivenom. However this antivenom usually only works for bites from that particular species of snake -- and it includes other antibodies from horse that can cause serious side-effects including anaphylactic shock. "I thought, well, if they make antivenom in horses, why can't I just use myself as a primate?" Friede said. He started working through the venom from all the deadly species he could get his hands on, such as cobras, taipans, black mambas and rattlesnakes. "There is pain every time," he said. - 'Proud' - For years, the scientists he contacted to take advantage of his immunity refused to bite. Then in 2017, immunologist Jacob Glanville, who previously worked on universal vaccines, turned his attention towards antivenom. Glanville told AFP he had been looking for "a clumsy snake researcher who'd been bit accidentally a couple times," when he came across a video of Friede taking brutal back-to-back snake bites. When they first spoke, Glanville said he told Friede: "I know this is awkward, but I would love to get my hands on some of your blood." "I've been waiting for this call for a long time," came the response, Glanville said. The antivenom described in the Cell paper includes two antibodies from Friede's blood, as well as a drug called varespladib. It offered mice full protection against 13 of the 19 snake species tested, and partial protection for the remaining six. The researchers hope a future cocktail will cover far more snakes -- particularly vipers -- with further trials planned on dogs in Australia. Timothy Jackson of the Australian Venom Research Unit praised the immunological research, but questioned whether a human needed to be involved, pointing to synthetically developed antibodies. Glanville said the ultimate goal of his US-based firm Centivax was to develop a universal antivenom administered by something like an EpiPen, potentially produced in India to keep the costs down. Friede said he was "proud" to have made a "small difference" in medical history. Now working for Centivax, Friede stopped self-inflicting himself with venom in 2018 to save the firm from liability issues. But he hopes to get bitten by snakes again in the future. "I do miss it," he said. dl/giv
Yahoo
12 hours ago
- Yahoo
Man who let snakes bite him 200 times spurs new antivenom hope
Tim Friede was feeling particularly down on the day after the September 11 attacks, so he went to his basement and let two of the world's deadliest snakes bite him. Four days later, he woke up from a coma. "I know what it feels like to die from snakebite," Friede told AFP via video call from his home in the small US town of Two Rivers, Wisconsin. This experience might put most people off snakes entirely, but Friede simply vowed to be more careful next time. From 2000 to 2018, he allowed himself to be bitten by snakes more than 200 times. He also injected himself with their venom over 650 times. Friede endured this pain because he wanted to achieve total immunity to venom, a practice called mithridatism which should not be tried at home. After a couple of years, Friede started to believe he could be the basis for a better kind of antivenom. The former truck mechanic, who does not have a university degree, long struggled to be taken seriously by scientists. But last month, a study published in the prestigious Cell journal showed that antibodies from his blood protect against a range of snake venom. The researchers now hope Friede's hyper-immunity could even lead to the development of a universal antivenom. This would fill a major need, because currently most antivenoms only cover one or a few of the world's 600 venomous snakes. Up to 138,000 people are killed by snakebites a year, while 400,000 suffer amputations or other disabilities, according to the World Health Organization. These figures are believed to be vastly underestimated because snakebite victims typically live in poorer, remote areas. - 'Pain every time' - Friede's first bite was from a harmless garter snake when he was five years old. "I was afraid, I cried, I ran away," said Friede, now 57. Then he started bringing snakes home and hiding them in pickle jars. His mother sought counselling, but his interest in snakes persisted. Things escalated after Friede attended a class that taught him how to "milk" snakes for their venom. How antivenom is made has changed little over the last 125 years. Small doses of snake venom are injected into animals such as horses, which produce antibodies that can be extracted and used as antivenom. However this antivenom usually only works for bites from that particular species of snake -- and it includes other antibodies from horse that can cause serious side-effects including anaphylactic shock. "I thought, well, if they make antivenom in horses, why can't I just use myself as a primate?" Friede said. He started working through the venom from all the deadly species he could get his hands on, such as cobras, taipans, black mambas and rattlesnakes. "There is pain every time," he said. - 'Proud' - For years, the scientists he contacted to take advantage of his immunity refused to bite. Then in 2017, immunologist Jacob Glanville, who previously worked on universal vaccines, turned his attention towards antivenom. Glanville told AFP he had been looking for "a clumsy snake researcher who'd been bit accidentally a couple times," when he came across a video of Friede taking brutal back-to-back snake bites. When they first spoke, Glanville said he told Friede: "I know this is awkward, but I would love to get my hands on some of your blood." "I've been waiting for this call for a long time," came the response, Glanville said. The antivenom described in the Cell paper includes two antibodies from Friede's blood, as well as a drug called varespladib. It offered mice full protection against 13 of the 19 snake species tested, and partial protection for the remaining six. The researchers hope a future cocktail will cover far more snakes -- particularly vipers -- with further trials planned on dogs in Australia. Timothy Jackson of the Australian Venom Research Unit praised the immunological research, but questioned whether a human needed to be involved, pointing to synthetically developed antibodies. Glanville said the ultimate goal of his US-based firm Centivax was to develop a universal antivenom administered by something like an EpiPen, potentially produced in India to keep the costs down. Friede said he was "proud" to have made a "small difference" in medical history. Now working for Centivax, Friede stopped self-inflicting himself with venom in 2018 to save the firm from liability issues. But he hopes to get bitten by snakes again in the future. "I do miss it," he said. dl/giv
Yahoo
a day ago
- Yahoo
Scientists make disturbing discovery in riverbed that could endanger millions: 'An emerging public health concern'
A new study has discovered evidence that the presence of microplastics in river water could influence microbial communities, leading to more pathogens and antimicrobial resistance genes. The research team collected water samples from the Oder River, which flows over 522 miles through Czechia, Germany, and Poland, putting them in sanitized containers and adding pre-drained sediment and microplastic particles. Compared to a control group, which did not contain microplastics, the test samples showed a higher abundance of pathogenic bacteria such as Aeromonas salmonicida, Vibrio spp., Escherichia coli, and Salmonella. The microplastic-contaminated samples also showed higher levels of antibiotic resistance genes, per the study published in Scientific Reports. "The presence of microplastics in [a] water environment and their bioavailability may contribute to, or alter the pattern of, the spreading of pathogens and antimicrobial resistance genes," the researchers stated, adding that this could be due to microbial competition and their use of microplastics to create biofilms, which makes these particles an environmentally favorable niche for some bacteria species. "This represents an emerging public health concern, particularly in the context of the One Health framework, which emphasizes the interconnectedness of human, animal, and environmental health," researchers said. Antimicrobial resistance genes are problematic because they help bacteria resist the drugs meant to treat them. Antimicrobial resistance is one of the top global health threats, according to the World Health Organization, which says it makes infections harder to treat and other medical procedures and treatments, such as surgery and chemotherapy, much riskier. Meanwhile, this is not the first time scientists have sounded the alarm about microplastics, which are small plastic particles that break off of larger plastics as they degrade. These plastics are everywhere, including in water, soil, air, clothing, seafood, and salt. For instance, one study found microplastics in nearly every protein source tested, including chicken, tofu, and beef. While researchers and experts still don't understand the health impacts of microplastics, they've been linked to health problems such as cancer, dementia, and impaired blood flow in the brain. These tiny plastic particles could also be harming some of the world's most important archaeological sites. Researchers in England called attention to this issue following the discovery of microplastics in the soil at two historic sites. While it's difficult to remove microplastics from the environment, it's not impossible. For instance, one group of scientists has discovered a way to rid water of microplastics by using egg whites. How often do you worry about the quality of your drinking water? Never Sometimes Often Always Click your choice to see results and speak your mind. Plus, some cities and countries are tackling plastic pollution, which is the source of microplastics. For one, England and France banned plastic cutlery for most fast food and takeout meals, while Los Angeles has banned Styrofoam takeout containers. You can cut down on your own plastic use at home by investing in reusable items like metal razors and non-plastic sandwich bags. Join our free newsletter for good news and useful tips, and don't miss this cool list of easy ways to help yourself while helping the planet.
