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Post by vintagecomics on Mar 22, 2023 15:57:01 GMT -8
You don't seem to understand how HQC and IVM work. SARS-Cov-2 is a virus. Covid-19 is the illness that the body reacts with once the body is infected with the virus. They don't cure Covid. keep in mind nasal passage is only one mode of entry for virus. If you breathe virus some lodge in nasal passage but majority go straight to lungs. there's also this study that showed it is pretty much useless: www.medrxiv.org/content/10.1101/2022.08.18.22278340v1We concluded that 0.4% PVP-I nasal spray demonstrated minimal virucidal efficacy at 3 minutes post-exposure. At 4 hours post-exposure, the viral titer was considerably unchanged from baseline in 10 cases. The 0.4% PVP-I nasal spray showed poor virucidal activity and is unlikely to reduce transmission of SARS-CoV-2 in prophylaxis use. the single best prophylactic is washing your hands. Hands that have touched infected surfaces are the main entry method of viruses. hands to mouth, nose, or eyes or hand to sandwich sandwich to mouth etc. Interesting, although that is an EXTREMELY small study. A few points. a) Apparently SARS-Cov-2 is stored in the nostrils before infecting the body. Even Fauci has stated this. This is why they swab the nostrils for PCR testing. b) It may enter other areas (eyes, mouth) but being a respiratory virus, wouldn't it replicate most effectively if it reaches the nostrils? c) hasn't it been essentially proven that SARS-Cov-2 doesn't transfer effectively through surfaces? We knew this almost 2 years ago. It's primary form of infection is respiratory through droplets. |
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Post by kav on Mar 22, 2023 16:01:19 GMT -8
keep in mind nasal passage is only one mode of entry for virus. If you breathe virus some lodge in nasal passage but majority go straight to lungs. there's also this study that showed it is pretty much useless: www.medrxiv.org/content/10.1101/2022.08.18.22278340v1We concluded that 0.4% PVP-I nasal spray demonstrated minimal virucidal efficacy at 3 minutes post-exposure. At 4 hours post-exposure, the viral titer was considerably unchanged from baseline in 10 cases. The 0.4% PVP-I nasal spray showed poor virucidal activity and is unlikely to reduce transmission of SARS-CoV-2 in prophylaxis use. the single best prophylactic is washing your hands. Hands that have touched infected surfaces are the main entry method of viruses. hands to mouth, nose, or eyes or hand to sandwich sandwich to mouth etc. Interesting, although that is an EXTREMELY small study. A few points. a) Apparently SARS-Cov-2 is stored in the nostrils before infecting the body. Even Fauci has stated this. This is why they swab the nostrils for PCR testing. b) It may enter other areas (eyes, mouth) but being a respiratory virus, wouldn't it replicate most effectively if it reaches the nostrils? c) hasn't it been essentially proven that SARS-Cov-2 doesn't transfer effectively through surfaces? We knew this almost 2 years ago. It's primary form of infection is respiratory through droplets. I wouldnt use fauci as a reference for anything. From what I learned in micro, any mucus membrane is an entry point for microbes. They do not need to be stored anywhere first. nostrils are swabbed, because if you breathed the virus, there will be some in the nostrils and they cannot swab the lungs or pharynx. respiratory viruses can enter anywhere-TB you can contract from a cut on your hand. surfaces are great places to find microbes-I've plated enough petri dishes to demonstrate this. |
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Post by vintagecomics on Mar 22, 2023 16:03:48 GMT -8
Interesting, although that is an EXTREMELY small study. A few points. a) Apparently SARS-Cov-2 is stored in the nostrils before infecting the body. Even Fauci has stated this. This is why they swab the nostrils for PCR testing. b) It may enter other areas (eyes, mouth) but being a respiratory virus, wouldn't it replicate most effectively if it reaches the nostrils? c) hasn't it been essentially proven that SARS-Cov-2 doesn't transfer effectively through surfaces? We knew this almost 2 years ago. It's primary form of infection is respiratory through droplets. I wouldnt use fauci as a reference for anything. From what I learned in micro, any mucus membrane is an entry point for microbes. They do not need to be stored anywhere first. nostrils are swabbed, because if you breathed the virus, there will be some in the nostrils and they cannot swab the lungs or pharynx. respiratory viruses can enter anywhere-TB you can contract from a cut on your hand. surfaces are great places to find microbes-I've plated enough petri dishes to demonstrate this. But do all viruses bind the same way? It's been my understanding from ALL sources that SARS-Cov-2 binds to the respiratory system. That's why it's called a respiratory virus. It may enter one way...for example, your butt has a mucous membrane, but if the virus enters through your butt will it infect your butt? Not likely. From everything I've read, when it enters the respiratory system. that is when it starts to cause trouble. |
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Post by kav on Mar 22, 2023 16:07:01 GMT -8
I wouldnt use fauci as a reference for anything. From what I learned in micro, any mucus membrane is an entry point for microbes. They do not need to be stored anywhere first. nostrils are swabbed, because if you breathed the virus, there will be some in the nostrils and they cannot swab the lungs or pharynx. respiratory viruses can enter anywhere-TB you can contract from a cut on your hand. surfaces are great places to find microbes-I've plated enough petri dishes to demonstrate this. But do all viruses bind the same way? It's been my understanding from ALL sources that SARS-Cov-2 binds to the respiratory system. That's why it's called a respiratory virus. It may enter one way...for example, your butt has a mucous membrane, but if the virus enters through your butt will it infect your butt? Not likely. From everything I've read, when it enters the respiratory system. that is when it starts to cause trouble. viruses bind the same way in that they use capsid proteins to bind to a cell then inject the dna or rna into the cell. They can target specific sites, like if you get a cold virus from a cut on your butt, it will move to the respiratory system and not infect your a**. |
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Post by kav on Mar 22, 2023 16:12:19 GMT -8
No one fully understands how viruses work-they seem to be almost sentient. the herpes virus moves into the lower spinal column and sits there-if you are about to have sex, say you are on a hot date, the virus can move straight to the genitals and cause an outbreak within minutes.
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Post by vintagecomics on Mar 22, 2023 16:29:02 GMT -8
You know what's weird?
I have not tried to protect myself from Covid AT ALL in two years. No masks of course, but almost no isolation either. I spend most of my time in crowded places jammed with people like sardines, and I have not had a cold or a cold / flu symptom in a year.
I think last summer was the last time I had anything like it.
Interesting.
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Post by kav on Mar 22, 2023 16:31:52 GMT -8
You know what's weird? I have not tried to protect myself from Covid AT ALL in two years. No masks of course, but almost no isolation either. I spend most of my time in crowded places jammed with people like sardines, and I have not had a cold or a cold / flu symptom in a year. I think last summer was the last time I had anything like it. Interesting. Its unknown what percentage of people are immune to the virus but I suspect it is a hefty number. |
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Post by vintagecomics on Mar 22, 2023 16:52:31 GMT -8
You know what's weird? I have not tried to protect myself from Covid AT ALL in two years. No masks of course, but almost no isolation either. I spend most of my time in crowded places jammed with people like sardines, and I have not had a cold or a cold / flu symptom in a year. I think last summer was the last time I had anything like it. Interesting. Its unknown what percentage of people are immune to the virus but I suspect it is a hefty number. It's actually been estimated by several studies of being between 10-20% (I think those are the numbers) But I wasn't immune previously. I have been infected with SARS-Cov-2 at least once (confirmed) and likely twice (once unconfirmed but likely) But what I'm saying is that BEFORE July 2022 I was getting sick ALL THE TIME - at one point around 2021-2022 it was once a month, literally. And then it just stopped. And now I'm pushing a year without an illness. Weird. |
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Post by kav on Mar 22, 2023 16:58:46 GMT -8
Its unknown what percentage of people are immune to the virus but I suspect it is a hefty number. It's actually been estimated by several studies of being between 10-20% (I think those are the numbers) But I wasn't immune previously. I have been infected with SARS-Cov-2 at least once (confirmed) and likely twice (once unconfirmed but likely) But what I'm saying is that BEFORE July 2022 I was getting sick ALL THE TIME - at one point around 2021-2022 it was once a month, literally. And then it just stopped. And now I'm pushing a year without an illness. Weird. If you are immune, you get infected but you dont get sick. |
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Post by Ditch Fahrenheit on Mar 22, 2023 18:37:26 GMT -8
They are somewhat bigger than I had imagined. Isn't this where someone usually replies "that's what she said"?  |
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Post by jcjames on Mar 22, 2023 19:03:33 GMT -8
But do all viruses bind the same way? It's been my understanding from ALL sources that SARS-Cov-2 binds to the respiratory system. That's why it's called a respiratory virus. It may enter one way...for example, your butt has a mucous membrane, but if the virus enters through your butt will it infect your butt? Not likely. From everything I've read, when it enters the respiratory system. that is when it starts to cause trouble. viruses bind the same way in that they use capsid proteins to bind to a cell then inject the dna or rna into the cell. They can target specific sites, like if you get a cold virus from a cut on your butt, it will move to the respiratory system and not infect your a**. That is a bit of a stretch (pun intended). Respiratory viruses need to bind to receptors on the surface of certain cells - often on the epithelial cells that line the respiratory tract. If such a virus enters the bloodstream in one's butt, it would need to travel throughout the body and exit the bloodstream at the proper organ (trachea, pharynx, lung, etc), then migrate out of the surrounding connective tissue up into the surface epithelial tissue in order to find the correct cells for it to infect in the endothelial lining. Much more commonly, if one's hand touches something with virus particles on it, then one touches or wipes one's mouth, nose or eyes, that is a route for respiratory virus infection. |
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Post by kav on Mar 22, 2023 19:08:42 GMT -8
viruses bind the same way in that they use capsid proteins to bind to a cell then inject the dna or rna into the cell. They can target specific sites, like if you get a cold virus from a cut on your butt, it will move to the respiratory system and not infect your a**. That is a bit of a stretch (pun intended). Respiratory viruses need to bind to receptors on the surface of certain cells - often on the epithelial cells that line the respiratory tract. If such a virus enters the bloodstream in one's butt, it would need to travel throughout the body and exit the bloodstream at the proper organ (trachea, pharynx, lung, etc), then migrate out of the surrounding connective tissue up into the surface epithelial tissue in order to find the correct cells for it to infect in the endothelial lining. Much more commonly, if one's hand touches something with virus particles on it, then one touches or wipes one's mouth, nose or eyes, that is a route for respiratory virus infection. trust me if a virus enters through any route it will move to the site of infection. They travel throughout the body. In the bloodstream, or, with herpes, it uses nerve cells as a highway. There are no herpes outbreaks where it resides, it moves to the genitals. The herpes simplex viruses are latent, meaning they can live in the body without causing symptoms. After the initial infection, the virus gets into the nerve roots and spreads to the sensory nerve ganglia, the junctions where nerves from different parts of the body come together. For the genital area, the ganglia are adjacent to the spinal cord in the lower back. For orofacial herpes (cold sores), the ganglia are located behind the cheek bone. |
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Post by kav on Mar 22, 2023 19:10:55 GMT -8
Like many viruses, herpes hops on train tracks in the cell called microtubules and uses protein engines called dynein and kinesin to move along the tracks. herpes uses a kinesin engine that it brings with it from other cells to ferry it to the nucleus in the neuron. How it knows to do this-a mystery.
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Post by quantumcomics on Mar 23, 2023 6:07:15 GMT -8
More proof of crazy...an "antidote" for the vaccine Yeah, I'm trusting the guy who pushed hydroxychloroquine and ivermectin.  You don't seem to understand how HQC and IVM work. SARS-Cov-2 is a virus. Covid-19 is the illness that the body reacts with once the body is infected with the virus. They don't cure Covid. They are ANTIVIRAL meaning they KILL VIRUSES. Meaning they KILL THE VIRUS before it infects the body and the body gets Covid-19. Just like iodine mist spray in the nostrils. If you spray your nostrils daily with iodine mist, you kill SARS-Cov-2 where it's stored BEFORE it infects the body. And I would trust Peter McCullough one of the most respected heart doctors in the world over an anonymous internet avatar. I have an idea, why don't you ask your Dr "friend" on the CGC boards their thoughts on HQC and IVM and report back here. |
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Post by vintagecomics on Mar 23, 2023 11:06:24 GMT -8
You don't seem to understand how HQC and IVM work. SARS-Cov-2 is a virus. Covid-19 is the illness that the body reacts with once the body is infected with the virus. They don't cure Covid. They are ANTIVIRAL meaning they KILL VIRUSES. Meaning they KILL THE VIRUS before it infects the body and the body gets Covid-19. Just like iodine mist spray in the nostrils. If you spray your nostrils daily with iodine mist, you kill SARS-Cov-2 where it's stored BEFORE it infects the body. And I would trust Peter McCullough one of the most respected heart doctors in the world over an anonymous internet avatar. I have an idea, why don't you ask your Dr "friend" on the CGC boards their thoughts on HQC and IVM and report back here. I have several doctor friends on the boards but I'm not going to bother them with every question that enters my mind. Anybody with half a brain can see the conspiracy against early treatment and the push for a single, solution, pharmaceutical treatment that was forced on the masses AGAINST THE SCIENCE |
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