The moral of the story is to know the difference between true colloidal silver and ionic silver or silver proteins, and don’t try to make either at home! (True colloidal silver cannot be made at home.) “ To finish himself off, he used a tanning bed to “fix” the silver in his body.
#Colloniel silver blue skin skin#
He further applied the compound to his skin causing him to become an internal and external photographic plate. To make the solution even more dangerous, he added salt to the brew and then used electrolysis to make a high concentration of silver chloride with large particles which is well known to cause argyria. When he prepared the solution he believed he was making colloidal silver. He got this condition by taking his homemade silver compound that was mostly a highly concentrated ionic silver solution. That’s him right there! Well, how did he get to be so blue? The website offers this analysis, “ The fact is that Paul has a condition called argyria that turns the skin a blue-gray color. Turns out the man’s name is Paul Karason.
The purpose of this campaign was to scare the public away from using colloidal silver products.“ “ The Blue Man story became a major media disinformation event which was produced by a public relations firm and paid for by a pharmaceutical interest. One website published this year, says that it is all a hoax. People have been talking about him for years, citing his case an example of why you shouldn’t take popular natural remedy colloidal silver. There is a man who looks like Papa Smurf that has made the rounds of the talk show circuit.
The story goes that he turned that way from using colloidal silver. They were delighted.A few years ago if you even mentioned colloidal silver, you would instantly start to get this amazing story about a crazy looking blue man.
"For the first time in their lives, they were pink. the blue color was gone from their skin," Cawein said. He injected the Ritchie siblings with 100 milligrams of the blue dye and didn't have to wait long to see results. The solution, oddly enough, was a commonly used dye called methylene blue.
#Colloniel silver blue skin free#
All he needed was a substance that could "donate" a free electron to the methemoglobin, allowing it to bond with oxygen. Studying the problem, Cawein figured out that he could convert methemoglobin to hemoglobin without the enzyme. In the Inuit communities, scientists had pinpointed the problem, a deficiency of an enzyme that converted methemoglobin to hemoglobin. He knew the same thing was happening in this secluded corner of Appalachia. The condition was clearly genetic, but the key for Cawein was reading reports of hereditary methemoglobinemia among isolated Inuit populations in Alaska where blood relatives often married. "I started asking them questions: 'Do you have any relatives who are blue?' then I sat down and we began to chart the family." He remembered that the Ritchie siblings "were really embarrassed about being blue." However, the disorder didn't seem to cause any special health problems. "They were bluer'n hell," said Cawein in a 1982 interview with Science 82. Cawein got lucky when a brother and sister named Patrick and Rachel Ritchie walked into a Hazard County clinic.
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