Infections
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Anyone who has been on the planet for the last four years will know how viruses that evolve to jump across species can rapidly become a serious global crisis. Researchers now believe we're in an alarming new age of vertebrate animal-to-human infections.
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Using a method of total-body imaging, researchers have measured and tracked the body’s immune response to viral infection. It's a promising platform for studying human immunity in greater detail and may assist the study of other infectious diseases.
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Trial results have shown that a pH-balanced form of vitamin C, sodium ascorbate, effectively treats sepsis, the life-threatening complication from infection that claims 270,000 American lives every year. This treatment may not be far off use in hospitals.
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Hospital patients often pick up dangerous, hard to treat infections. An experimental vaccine given on arrival to hospital could protect against a range of drug-resistant bacteria and fungi, by activating a different arm of the immune system.
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A study has found that non-COVID respiratory infections can lead to ‘long’ symptoms that persist well beyond the acute infection stage. The findings increase awareness about the existence of long-lasting respiratory infections other than long COVID.
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Researchers have found that using nanoflakes of black phosphorus on wounds infected with drug-resistant superbugs not only kills the bugs, but accelerates wound healing. They say the innovative antimicrobial can be incorporated into common materials.
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Turmeric can stain an amateur chef’s kitchen benches, hands and clothes bright yellow and has been a staple in traditional medicine for 4,000 years. Now, for the first time, a clinical trial suggests it can treat acid reflux as well as common medications.
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An existing blood cancer drug has been used to eliminate dormant HIV-infected cells that can cause the infection to reactivate when suppressive antiretroviral treatment is interrupted. The drug could remove the current need for lifelong medication.
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When Captain Kirk stepped out with a tricorder in hand in Star Trek in 1966, the data sensing, scanning and analyzing gadget seemed a rather useful but far-in-the-future piece of technology. With the Swift Ray 1, we're a step closer to its reality.
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Researchers have discovered that lung-based immune cells can be "trained" to remember a previously encountered pathogen, making them more efficient at clearing out the cellular debris that accumulates during infection and reducing inflammation.
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A new study has uncovered the mechanism by which common - and problematic - bacteria can develop resistance to a relatively new antibiotic. Providing a better understanding of bacterial resistance, the findings may inform how the drug is used.
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Decades of work has paid off, with scientists developing a potent new synthetic molecule that swiftly knocked out 285 strains of bacteria it was tested on, setting it up as a valuable ally in our fight against a looming superbug infection crisis.
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