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Message: [QUOTE="ctchamps, post: 3499787, member: 37"] I assure you that was not my intention. I'll try once more but it might help if you ask specific questions. Swabs are being taken to determine if people have the Covid-19 virus in their nasopharyngeal (nose-throat) passageway. The French and the NY doctor have treated patients who have tested positive with the virus in those passageways. They claim that after administering hydroxychloroquine plus azithromycin to people who are infected with the Covid-19 virus they have found complete elimination of the virus in the nasopharyngeal passageways within six days as compared to up to 20 days without those medicines. The French tested the patients every day to determine when patients become virus free in the nasopharyngeal region. I stopped watching the NY doctor video to see if he did testing every day. The French study eliminated six of the twenty six patients in the medication group. Three of those patients after starting the regimen of medications were admitted to the ICU. A fourth died after receiving medicine for three days. They don't count these patients who obviously still had the virus in their system against their positive nasopharyngeal results. That is why so many researchers are cautious. However the apparent rapid removal of the virus from the other patients is compelling. I'm using the word apparent because I have some concerns. The absence of the Covid-19 virus in the nasopharyngeal passageway does not not necessarily mean the virus is absent everywhere in the body. Two British researchers hypothesize that when hydroxychloroquine is given to patients it might cause the virus to stop its progression inside infected lung cells. I will state they didn't seemed concerned about this. But it raised a red flag for me. After a Covid-19 virus attaches to the cell membrane of a lung cell it creates a capsule that enables it to pass through the cell membrane. When this encapsulated virus reaches the intracellular fluid it breaks out of this capsule, makes it's way to the nucleus, penetrates the nuclear membrane and inserts itself into just the right place in the cell's DNA to cause the machinery in the nucleus to stop everything but make thousands of copies of that virus. Those thousands of copies reverse the sequence commando style. They start with rupturing the nuclear membrane cross the intracellular fluid and when they reach the cell membrane they rip it apart in several thousand places causing the death of that cell. Those thousands of viruses then find adjacent cells, attach and start the entire process in each of the cells they come in contact. During these events some free floating viruses reach the nasopharyngeal passageway and if someone tests that individuals nasopharynx they will get a positive test result. The British researchers believe that hydroxychlorquine elevates the ph in the intracellular fluid. In doing this the encapsulated virus cannot break out of its capsule after crossing the cell membrane when it reaches the intracellular fluid. This stops the progression of the viral cycle I describe in the previous paragraph. So if this hypothesis is correct what happens to the encapsulated viruses when hydroxychloroquine is no longer given to these patients? Does the intracellular ph become acidic again? Is the stalled encapsulated virus in pause mode or permanently encapsulated? If it's in pause then the negative nasopharyngeal test will give testers a false confidence that these patients are no longer infected and may take them off the medicines. These medicines do have potential for serious toxic reactions (blindness, ventricular fibrillation resulting in heart failure). If you have been following the news, the Chinese researchers were puzzled when a small number of patients who when tested positive in the nasopharyngeal passageway, were quarantined for two weeks, tested negative after those two weeks but came down with flu like symptoms sometime after that negative test. They were then retested and the nasopharyngeal tests came back positive. The Chinese concluded the tests after the 14 days isolation period were inaccurate and the patients were released from isolation too soon. That certainly is possible. I'm offering another possible explanation. Some if not all of those individuals were given hydroxychloroquine. It took a while before the pause mode ended. [/QUOTE]

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