MoA—”Liberate” – particularly when it’s declared by the chief executive of our republic – isn’t some sort of cheeky throwaway. Its definition is “to set at liberty,” specifically “to free (something, such as a country) from domination by a foreign power.” We historically associate it with the armed defeat of hostile forces during war, such as the liberation of Western Europe from Nazi Germany’s control during World War II. Just over a year ago, Trump himself announced that “the United States has liberated all ISIS-controlled territory in Syria and Iraq.”
MEDICAL FRONT
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The full video by Dr. David Price of Weill Cornell Medical Center in New York City has gone viral. It’s about an hour long. Here’s a much easier to watch, edited, short version with just the most important part – the best advice on how not to get the virus:
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PAUL CRAIG ROBERTS—What all of the alternative explanations have in common is distrust of the authorities and the official explanations. This is the fault of the authorities and the media, not of those with alternative explanations. If the public had confidence in the authorities, there would be no scope for alternative explanations. By not being forthcoming up front, by politicizing the virus against Trump and against China, by taking so long to acknowledge the seriousness of the threat while doing nothing to prepare, the authorities have harmed public trust in them.
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A global survey found that anti-malarial drug hydroxychloroquine was the most highly-rated treatment against the coronavirus disease 2019 (COVID-19). This new survey completed by Sermo on March 27, 2020, reported 6,227 physicians in 30 countries found that 37 percent of those treating COVID-19 patients rated hydroxychloroquine as the “most effective therapy” from a list of 15 options. Also, the survey of 6,227 doctors found that the most commonly prescribed treatments are 56% analgesics, 41% Azithromycin, and 33% Hydroxychloroquine.
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The Science Says #MaskUp – A Look At Two New Virus Studies
25 minutes readMoA—A person rarely gets infected by just one virus particle. They come in millions attached to tiny droplets. We do not know yet how the dose of the novel coronavirus that infects a person affects the intensity of the disease. But we do know from other viruses that the dose matters. People who catch a higher dose of viruses will usually have a more intense disease. A mask can lower the virus load the wearer may receive. One can improvise a mask from simple household objects.