Slowing down infections helped many people not die from other infections. It is a simple approach. You find a way to not die and you take it. — Valentinus
The second problem with your approach is that communities that protect themselves by masking and demanding other people to do the same are safer than the ones who do not. — Valentinus
The protective effects of herd immunity just doesn't happen "magically" because we added more healthy immune people into the mix. There is a reason that we get this "protective effect". — Roger Gregoire
People with immunity break vectors, that is all. — Kenosha Kid
If what you say were true, then the protective effects of herd immunity would be impossible. — Roger Gregoire
No, they're very possible, just not by batshit crazy means. The probability of person C indirectly catching the virus from person A via person B drops if person B is immune. Since viruses need to spread to survive, breaking the vectors it can spread along can kill it dead even if a quarter of the people aren't immune. It's nothing to do with subtracting the virus, it's just to do with creating barriers to its propagation. — Kenosha Kid
I don't know where you're learning this crap from but please stop going there, it's properly insane. — Kenosha Kid
But masking healthy people who would normally remove more of the virus than they contribute. — Roger Gregoire
No one is removing the virus. That's not how it works. — Kenosha Kid
But no one acts as a viral vacuum. — Kenosha Kid
Herd immunity is when a large enough percentage of the population has got antibodies to the disease that it cannot spread! — counterpunch
Imagine 10 people inside a room with 10 mosquitos flying about. Further imagine that 0 (none) of these people are healthy (a mosquito bite does not bother them) and all 10 people are vulnerable, whereas a mosquito bite would result in a severe reaction and certain death. So the odds of a vulnerable person dying from a mosquito bite in this scenario is 100% (10 mosquitos / 10 total people) which equals 10 dead people.
Now imagine we add 10 healthy people to this room (environment) of 10 vulnerable people. So now the odds of a vulnerable person dying from a mosquito bite in this scenario is 50% (10 mosquitos / 20 total people) which equals 5 dead people.
Now imagine we told these 10 healthy people in the room to strip down naked to expose 10 times more body surface area for the mosquitoes to bite, and then put the excess clothing around the vulnerable people to give them an extra layer of protection. So now the odds of a vulnerable person dying from a mosquito bite in this scenario is 5% (10 mosquitos/(20 total people x 10 times more exposure to healthy people and more protection to vulnerable people)) which equals 0.5 dead people. — Roger Gregoire
Yes, the quickest way to attain herd immunity is to allow the virus to kill as many people as possible in the shortest amount of time. — Valentinus
Wearing a mask reduces the probability of you contaminating an area. — Kenosha Kid
I wholly reserve my right to be unintelligent on occasion. — countetpunch
...it certainly isn't based in a scientific understanding of microbiology? — counterpunch
If this was the true logic then people with adequate immune systems wouldn’t require vaccination from any disease that is mild for them. But we know that vaccination serves not only to reduce the intensity of symptoms but also prevent transmission by curbing the maximum viral load. — Benj96
Those with healthy immune systems don’t “replicate less of the virus” it is simply that they don’t succumb to severe symptoms of the infection. — Benj96
No one believes that they catch Covid directly from other people's lungs… — Kenosha Kid
Roger Roger, let's all of us healthy individuals get out there and vacuum up all those viruses out of the environment and into our lungs, to make it more safe for the less healthy. — Metaphysician Undercover
How do you discern in your mind whether any particular concept that you hold is false or unlikely or likely or true or otherwise plausibly indiscernible.? What metrics do you use? What is the nature of proof? In other words, what is the difference between your opinions and your knowledge? — Tres Bien
That is astonishing stupidity. Really top class! — counterpunch
Most of what is breathed in comes right back out. There is the exchange of oxygen and carbon dioxide because our metabolism are little campfires. Viruses are not transformed through respiration in a similar manner. Some of them enter the system and the others go right back out. Spreading happens when the virus is close enough to other people (who are breathing) such that the exhalation of a carrier is inhaled by others. — Valentinus
This is a rehash of Roger's other thread, with the same, previously debunked lies. It should be merged. — Banno
Requiring healthy citizens to get vaccinated against a virus that is not particularly deadly — whilst using a vaccine not particularly efficacious — neatly enables the claim that the virus' ongoing non-virulence results from the vaccine.
The reasoning is circular but familiar. — Natherton
For every piece of the pie that Joe eats, is one less piece that John can eat. InPitzotl, can you grasp this concept? Yes or No? — Roger Gregoire
You seem to be suggesting by an argument from common sense an absurdity. I could argue that there's virtually no milk in my fridge, because thousands of people drink milk, depriving me of milk, by the logic of this argument. It's kind of ridiculous. Do you grasp how ridiculous this is? — InPitzotl
...you seem to be fabricating a delusional interpretation of my words. — Roger Gregoire
Nope. It's a pretty direct interpretation of your words. — InPitzotl
For every piece of the pie that Joe eats, is one less piece that John can eat. InPitzotl, can you grasp this concept? Yes or No? — Roger Gregoire
You seem to be suggesting by an argument from common sense an absurdity. I could argue that there's virtually no milk in my fridge, because thousands of people drink milk, depriving me of milk, by the logic of this argument. It's kind of ridiculous. Do you grasp how ridiculous this is? — InPitzotl
For every piece of the pie that Joe eats, is one less piece that John can eat. — Roger Gregoire
Now I'm not arguing that there are 1031 coronoviruses; that would be silly. But you seem to severely misaprehend how tiny and numerous these things are. — InPitzotl
...your theory seems to assume that the vast majority of viruses in an environment find themselves inside human bodies in 7 days. I question that assumption. — InPitzotl
So... according to the CDC, herd immunity is simply about making the spread of an infectious disease from person to person unlikely due to a sufficient proportion of a population being immune. — InPitzotl
That sounds like what I'm saying. — InPitzotl
You make it sound like observing the effects of social distancing has never been done before. Not only have we been doing this since the 19th century... — InPitzotl
Without healthy people mixing in with vulnerable people there can be no protective effect whatsoever. — Roger Gregoire
This is a contradiction. — InPitzotl
Might I remind you, you are against healthy people social distancing because you want them to get infected. — InPitzotl
That implies you don't think they'll get infected if they do. — InPitzotl
But yet, according to your program, and your belief, healthy people are not really "necessary". They just need to "stay out of the way and not get infected", right? — Roger Gregoire
They [healthy people] are not necessary to have a protective effect. — InPitzotl
Also, you're failing to grasp the significance of what "according to [my] program" actually means. Programs aren't agents. My program isn't opining anything; it's implementing something. — InPitzotl
...our well intentioned public officials. — Roger Gregoire
Are they though? I mean, really? Am I still considered to be well intentioned if I make a mistake and then cling to that mistake, insisting on repeating it over and over again, rather than admit that it was a shit call in the first place? That sound like a gambling addiction...."it will work this time and then I will win it all back and more....Hey lend me more money, because THIS time it is really gonna happen..."
Ardent denial is difficult to confuse with well intention. — Book273
So then how do "healthy people not getting infected" create herd immunity in your program? — Roger Gregoire
You're confused. Reread that statement. This is a description of what herd immunity is, not a strategy for attaining it. — InPitzotl
A healthy person that cannot get sick, just can't spread the disease. So even if he's within 5 squares of you, he's not going to give you an infection. It's not that he's cleaning it up (there's no cleanups in this model), it's just that he's not getting sick. — InPitzotl
INPITZOTL'S PROGRAM: If we keep healthy people from getting infected then we will reach herd immunity and protect and save the vulnerable people. — Roger Gregoire
Funny, I don't recall coding that. What line of code are you looking at? — InPitzotl
And immune people never clean the environment. — InPitzotl
Again, if healthy immune people didn't remove more of the virus than they contribute, then herd immunity would be logically and theoretically impossible. — Roger Gregoire
The computer program I wrote proves this wrong. — InPitzotl
1. If we add healthy people, then less vulnerable people die.
2. If we remove (quarantine) vulnerable people, then less vulnerable people die.
3. If we do both, then even less vulnerable people die. — Roger Gregoire
This is muddled up and inconsistent. ...you computed that more people die when healthy people are put in mosquito nets than if we had the healthy people in the room. — InPitzotl
You may as well take those people out, but then you're saying that more people die by becoming infected when you isolate than when you don't. — InPitzotl
But again, you're saying that we need to stop isolating healthy people so that they become infected. — InPitzotl
Really? That's what you're correcting? Not the manifestly false claim that healthy people remove viruses from the environment faster than socially distanced unhealthy ones, for which you've provided absolutely zero evidential support and on which your entire thesis is based? — Isaac
There's a room with 5 healthy people and 5 vulnerable people in it. Are you going to add 10 healthy people or remove 5 vulnerable people? — InPitzotl
So, P0=Nv/Np, where P0 is initial probability, Nv is number of viruses, Np number of people.
And then, the ratio of healthy people to total people within that same environment, multiplied by the initial odds, yields the protective effect to the vulnerable people.
So, E=P0/Nh, where E is the protective effect, and Nh the number of healthy people.
Probability still doesn't work that way I'm afraid. If there are 1000 viruses in the room, and 2 people, 1 of which is healthy, you have:
P0=500=50000%
E=50000%*(1/2)=25000% — InPitzotl
Incidentally, I think you're missing the part where you mention that maybe 10 of these healthy people, if bit, have a fair likelihood of developing this odd condition where the mosquitos reproduce in their body and come out of their mouth and nose in scores. — InPitzotl
This is more bad science. Logically, healthy immune people destroy more of the virus than they create. If this were not so, then herd immunity would not only be theoretically impossible, but also logically impossible.
If everyone, including healthy immune people only "contributed" virus back into the environment (and not "removed" virus from the environment), then healthy people would have no functional role in herd immunity. There would be no such thing as herd immunity.
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You speak as if social distancing prevents healthy people from getting infected. — InPitzotl
If so, why aren't you considering social distancing for the vulnerable? — InPitzot
The amount of the virus within a given environment, divided by the total number of people within that environment dictate the initial odds of a person getting infected. — Roger Gregoire
That doesn't make sense. Let's take scenario A: There are n viruses in an environment, one person in the environment, and there's a 90% chance this person gets infected. Now consider scenario B, we put two people in that environment. Are you saying there's now a 45% chance each get infected? — InPitzotl