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originally posted by: Oldcarpy2
a reply to: bastion
I think you might have stumped them there.
originally posted by: Oldcarpy2
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: Wisenox
OK. Playing the ball and directly responding to the OP's point (1) the study cited does not mention anything of the sort about vaccines and (2) it's dated 2020 which was before any vaccines were actually rolled out.
The study doesn't have to mention that.
The data within the study can be applied to how the virus will interact with our systems.
How did they develop the vaccines without a study about vaccines? See how circular that argument is?
I'm not claiming anything, just pointing out that we can learn from studies that may not be addressing a specific hypothesis.
The title of the thread is "Vaccines Target Races" and the OP posted a study that it is claimed supports that claim.
In fact, it does not mention vaccines nor, indeed could it, as it pre dated said vaccines.
Neither does it mention "pathogens" in the then non existent vaccines.
That's my point in response to the OP in a nutshell.
This is not "bickering", it's a reasoned response, to be clear.
originally posted by: jedi_hamster
originally posted by: Oldcarpy2
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: Wisenox
OK. Playing the ball and directly responding to the OP's point (1) the study cited does not mention anything of the sort about vaccines and (2) it's dated 2020 which was before any vaccines were actually rolled out.
The study doesn't have to mention that.
The data within the study can be applied to how the virus will interact with our systems.
How did they develop the vaccines without a study about vaccines? See how circular that argument is?
I'm not claiming anything, just pointing out that we can learn from studies that may not be addressing a specific hypothesis.
The title of the thread is "Vaccines Target Races" and the OP posted a study that it is claimed supports that claim.
In fact, it does not mention vaccines nor, indeed could it, as it pre dated said vaccines.
Neither does it mention "pathogens" in the then non existent vaccines.
That's my point in response to the OP in a nutshell.
This is not "bickering", it's a reasoned response, to be clear.
no, it's trolling.
you're nitpicking on one word and refuse to see the conclusion drawn. there's an obvious connection because it's the same mechanism.
did you even try to understand? or did you just pick one word and ran with it? because that's not how we investigate things around here.
Why do they use spike proteins?
For COVID-19 vaccines, all of the approved vaccines so far used the spike protein. The spike protein is located on the outside of a coronavirus and is how SARS-CoV-2 (the coronavirus) enters human cells. Its location on the outside of the virus makes it so the immune system can recognize it easily.
The spike protein is unique to SARS-CoV-2 – it doesn't look like other proteins your body makes. So antibodies created against the spike protein won't harm your body, they will only target coronavirus.
"Recent reports have shown that the S glycoprotein is capable of interacting with multiple alternate cell receptors. Researchers from the Genos Glycoscience Research Laboratory in Croatia have recently investigated the sites that the S protein is capable of binding with."
originally posted by: Oldcarpy2
originally posted by: Wisenox
a reply to: Oldcarpy2
The spike proteins (pathogens) target the ACE2 receptor. This happens from the vaccines.
Again, where does the study mention "pathogens"?
Why do you think spike proteins are pathogens?
The study does not seem to be saying what you apparently think it does.
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
About what?
Just in general? It would save us time...
Or is there something related to the OP you'd like to clarify?
I like talking about the data in the OP...now that we've established that the pathogen is the spike protein where do we look next?
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
About what?
Just in general? It would save us time...
Or is there something related to the OP you'd like to clarify?
I like talking about the data in the OP...now that we've established that the pathogen is the spike protein where do we look next?
The date the paper was publised (hint: six months prior to the first vaccines being administered to the public, hence OP claim is false).
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
About what?
Just in general? It would save us time...
Or is there something related to the OP you'd like to clarify?
I like talking about the data in the OP...now that we've established that the pathogen is the spike protein where do we look next?
The date the paper was publised (hint: six months prior to the first vaccines being administered to the public, hence OP claim is false).
The two are not mutually exclusive. The paper's data can be used at ANY time, or should we throw away all studies that don't address a specific topic? We can sometimes apply a study to many related topics.
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
About what?
Just in general? It would save us time...
Or is there something related to the OP you'd like to clarify?
I like talking about the data in the OP...now that we've established that the pathogen is the spike protein where do we look next?
The date the paper was publised (hint: six months prior to the first vaccines being administered to the public, hence OP claim is false).
The two are not mutually exclusive. The paper's data can be used at ANY time, or should we throw away all studies that don't address a specific topic? We can sometimes apply a study to many related topics.
You can't within the field of science. Especially when the claims have no evidence and go againt all known science.
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
About what?
Just in general? It would save us time...
Or is there something related to the OP you'd like to clarify?
I like talking about the data in the OP...now that we've established that the pathogen is the spike protein where do we look next?
The date the paper was publised (hint: six months prior to the first vaccines being administered to the public, hence OP claim is false).
The two are not mutually exclusive. The paper's data can be used at ANY time, or should we throw away all studies that don't address a specific topic? We can sometimes apply a study to many related topics.
You can't within the field of science. Especially when the claims have no evidence and go againt all known science.
You can't glean information from one study to use in another? Or commission studies that may be used in the future for a related study? Everytime we need data for something we have to do a new study? I don't remember that rule...
The methodology of science is applied to many fields. Is that incorrect? Science isn't a field of study...
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
About what?
Just in general? It would save us time...
Or is there something related to the OP you'd like to clarify?
I like talking about the data in the OP...now that we've established that the pathogen is the spike protein where do we look next?
The date the paper was publised (hint: six months prior to the first vaccines being administered to the public, hence OP claim is false).
The two are not mutually exclusive. The paper's data can be used at ANY time, or should we throw away all studies that don't address a specific topic? We can sometimes apply a study to many related topics.
You can't within the field of science. Especially when the claims have no evidence and go againt all known science.
You can't glean information from one study to use in another? Or commission studies that may be used in the future for a related study? Everytime we need data for something we have to do a new study? I don't remember that rule...
The methodology of science is applied to many fields. Is that incorrect? Science isn't a field of study...
1.You're not aware that a paper not about vaccines and never mentions them (apart from sayting they're in development) written six months prior to vaccines being available can't be extrapolted to pretend it refered to vaccines when all the scientific evidence goes against that extrapolation and ACE-2 claims?
These are the core logic laws of science and maths.
2. No - science and maths are fields of study and philosophical/logical laws - you can't just make stuff up or completely rewrite papers - that may be used in the social sciences as they mimic the method but not in actual science as studies can't be done that way/people can't predict the future.
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: bastion
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
About what?
Just in general? It would save us time...
Or is there something related to the OP you'd like to clarify?
I like talking about the data in the OP...now that we've established that the pathogen is the spike protein where do we look next?
The date the paper was publised (hint: six months prior to the first vaccines being administered to the public, hence OP claim is false).
The two are not mutually exclusive. The paper's data can be used at ANY time, or should we throw away all studies that don't address a specific topic? We can sometimes apply a study to many related topics.
You can't within the field of science. Especially when the claims have no evidence and go againt all known science.
You can't glean information from one study to use in another? Or commission studies that may be used in the future for a related study? Everytime we need data for something we have to do a new study? I don't remember that rule...
The methodology of science is applied to many fields. Is that incorrect? Science isn't a field of study...
1.You're not aware that a paper not about vaccines and never mentions them (apart from sayting they're in development) written six months prior to vaccines being available can't be extrapolted to pretend it refered to vaccines when all the scientific evidence goes against that extrapolation and ACE-2 claims?
These are the core logic laws of science and maths.
2. No - science and maths are fields of study and philosophical/logical laws - you can't just make stuff up or completely rewrite papers - that may be used in the social sciences as they mimic the method but not in actual science as studies can't be done that way/people can't predict the future.
1. You may learn how a vaccine will interact with the body and how the spike protein behaves from the first study.
2. We aren't talking about math. Context is key, no?
originally posted by: MykeNukem
originally posted by: Oldcarpy2
a reply to: MykeNukem
Let's just agree to disagree?
About what?
Just in general? It would save us time...
Or is there something related to the OP you'd like to clarify?
I like talking about the data in the OP...now that we've established that the pathogen is the spike protein where do we look next?