Kansas Crimson

jfish26 wrote: ↑Mon Mar 29, 2021 9:26 am

defixione wrote: ↑Mon Mar 29, 2021 9:05 am I received my 2nd shot of Moderna Saturday morning. No reactions, not even a sore arm, which caused me to wonder, for a nanosecond, if my shot contained any active ingredient. Further down the rabbit hole I found myself wondering how the vaccines are mass produced to achieve a uniform concentration of the dead virus. Hey, PhD, do you have a Cliff Notes explanation of the process?

I think, in the case of Moderna and Pfizer at least (?), the vaccine isn't a dead virus thing. In addition to the GatesLink 2020 chip, it's mRNA that tells your DNA how to react to the virus' spike protein?

PhDhawk wrote: ↑Mon Mar 29, 2021 11:45 am They're both mRNA vaccines, that is, they carry the gene sequence for the spike protein, then your body makes the protein, the same way it makes all your proteins, and then your body produces antibodies and T cells that specifically bind to the shapes on the protein. The protein and mRNA get degraded by your body, but the antibodies and T cells against them remain.

The way they are able to produce so much mRNA so quickly is through PCR (polymerase chain reaction). Basically, it works by taking one sequence, and making a copy, so you have two copies, then you make copies again, so you have 4 mRNA sequences. You do this over and over, until you have millions of copies. One round of copying takes less than 3 minutes, so within two hours you can have hundreds of millions of copies of that sequence because it's doubling every time. That's how I do it, in a single tiny tube of like 50 microliters, they just scale it up and do it massively in parallel. PCR is perhaps the single most important tool in molecular biology and it resulted in the Nobel Prize in 1993 for Kary Mulis and Michael Smith.

PhDhawk wrote: ↑Mon Mar 29, 2021 11:45 am They're both mRNA vaccines, that is, they carry the gene sequence for the spike protein, then your body makes the protein, the same way it makes all your proteins, and then your body produces antibodies and T cells that specifically bind to the shapes on the protein. The protein and mRNA get degraded by your body, but the antibodies and T cells against them remain.

The way they are able to produce so much mRNA so quickly is through PCR (polymerase chain reaction). Basically, it works by taking one sequence, and making a copy, so you have two copies, then you make copies again, so you have 4 mRNA sequences. You do this over and over, until you have millions of copies. One round of copying takes less than 3 minutes, so within two hours you can have hundreds of millions of copies of that sequence because it's doubling every time. That's how I do it, in a single tiny tube of like 50 microliters, they just scale it up and do it massively in parallel. PCR is perhaps the single most important tool in molecular biology and it resulted in the Nobel Prize in 1993 for Kary Mulis and Michael Smith.

PhDhawk wrote: ↑Mon Mar 29, 2021 11:45 am They're both mRNA vaccines, that is, they carry the gene sequence for the spike protein, then your body makes the protein, the same way it makes all your proteins, and then your body produces antibodies and T cells that specifically bind to the shapes on the protein. The protein and mRNA get degraded by your body, but the antibodies and T cells against them remain.

The way they are able to produce so much mRNA so quickly is through PCR (polymerase chain reaction). Basically, it works by taking one sequence, and making a copy, so you have two copies, then you make copies again, so you have 4 mRNA sequences. You do this over and over, until you have millions of copies. One round of copying takes less than 3 minutes, so within two hours you can have hundreds of millions of copies of that sequence because it's doubling every time. That's how I do it, in a single tiny tube of like 50 microliters, they just scale it up and do it massively in parallel. PCR is perhaps the single most important tool in molecular biology and it resulted in the Nobel Prize in 1993 for Kary Mulis and Michael Smith.

jfish26 wrote: ↑Mon Mar 29, 2021 12:19 pm

PhDhawk wrote: ↑Mon Mar 29, 2021 11:45 am They're both mRNA vaccines, that is, they carry the gene sequence for the spike protein, then your body makes the protein, the same way it makes all your proteins, and then your body produces antibodies and T cells that specifically bind to the shapes on the protein. The protein and mRNA get degraded by your body, but the antibodies and T cells against them remain.

The way they are able to produce so much mRNA so quickly is through PCR (polymerase chain reaction). Basically, it works by taking one sequence, and making a copy, so you have two copies, then you make copies again, so you have 4 mRNA sequences. You do this over and over, until you have millions of copies. One round of copying takes less than 3 minutes, so within two hours you can have hundreds of millions of copies of that sequence because it's doubling every time. That's how I do it, in a single tiny tube of like 50 microliters, they just scale it up and do it massively in parallel. PCR is perhaps the single most important tool in molecular biology and it resulted in the Nobel Prize in 1993 for Kary Mulis and Michael Smith.

So you're saying you're not going to be fooled by the $0.01 today, $0.02 tomorrow, $0.04 Wednesday, and so on trick???

jhawks99 wrote: ↑Mon Mar 29, 2021 12:04 pm

PhDhawk wrote: ↑Mon Mar 29, 2021 11:45 am They're both mRNA vaccines, that is, they carry the gene sequence for the spike protein, then your body makes the protein, the same way it makes all your proteins, and then your body produces antibodies and T cells that specifically bind to the shapes on the protein. The protein and mRNA get degraded by your body, but the antibodies and T cells against them remain.

The way they are able to produce so much mRNA so quickly is through PCR (polymerase chain reaction). Basically, it works by taking one sequence, and making a copy, so you have two copies, then you make copies again, so you have 4 mRNA sequences. You do this over and over, until you have millions of copies. One round of copying takes less than 3 minutes, so within two hours you can have hundreds of millions of copies of that sequence because it's doubling every time. That's how I do it, in a single tiny tube of like 50 microliters, they just scale it up and do it massively in parallel. PCR is perhaps the single most important tool in molecular biology and it resulted in the Nobel Prize in 1993 for Kary Mulis and Michael Smith.

So, <ctrl>+c and then <ctrl>+v a bunch of times?

This does not explain the Bill Gates mind control chip. How does that work?

jhawks99 wrote: ↑Mon Mar 29, 2021 12:04 pm

PhDhawk wrote: ↑Mon Mar 29, 2021 11:45 am They're both mRNA vaccines, that is, they carry the gene sequence for the spike protein, then your body makes the protein, the same way it makes all your proteins, and then your body produces antibodies and T cells that specifically bind to the shapes on the protein. The protein and mRNA get degraded by your body, but the antibodies and T cells against them remain.

The way they are able to produce so much mRNA so quickly is through PCR (polymerase chain reaction). Basically, it works by taking one sequence, and making a copy, so you have two copies, then you make copies again, so you have 4 mRNA sequences. You do this over and over, until you have millions of copies. One round of copying takes less than 3 minutes, so within two hours you can have hundreds of millions of copies of that sequence because it's doubling every time. That's how I do it, in a single tiny tube of like 50 microliters, they just scale it up and do it massively in parallel. PCR is perhaps the single most important tool in molecular biology and it resulted in the Nobel Prize in 1993 for Kary Mulis and Michael Smith.

So, <ctrl>+c and then <ctrl>+v a bunch of times?

This does not explain the Bill Gates mind control chip. How does that work?

PhDhawk wrote: ↑Mon Mar 29, 2021 11:45 am They're both mRNA vaccines, that is, they carry the gene sequence for the spike protein, then your body makes the protein, the same way it makes all your proteins, and then your body produces antibodies and T cells that specifically bind to the shapes on the protein. The protein and mRNA get degraded by your body, but the antibodies and T cells against them remain.

The way they are able to produce so much mRNA so quickly is through PCR (polymerase chain reaction). Basically, it works by taking one sequence, and making a copy, so you have two copies, then you make copies again, so you have 4 mRNA sequences. You do this over and over, until you have millions of copies. One round of copying takes less than 3 minutes, so within two hours you can have hundreds of millions of copies of that sequence because it's doubling every time. That's how I do it, in a single tiny tube of like 50 microliters, they just scale it up and do it massively in parallel. PCR is perhaps the single most important tool in molecular biology and it resulted in the Nobel Prize in 1993 for Kary Mulis and Michael Smith.

defixione wrote: ↑Mon Mar 29, 2021 3:47 pm

PhDhawk wrote: ↑Mon Mar 29, 2021 11:45 am They're both mRNA vaccines, that is, they carry the gene sequence for the spike protein, then your body makes the protein, the same way it makes all your proteins, and then your body produces antibodies and T cells that specifically bind to the shapes on the protein. The protein and mRNA get degraded by your body, but the antibodies and T cells against them remain.

The way they are able to produce so much mRNA so quickly is through PCR (polymerase chain reaction). Basically, it works by taking one sequence, and making a copy, so you have two copies, then you make copies again, so you have 4 mRNA sequences. You do this over and over, until you have millions of copies. One round of copying takes less than 3 minutes, so within two hours you can have hundreds of millions of copies of that sequence because it's doubling every time. That's how I do it, in a single tiny tube of like 50 microliters, they just scale it up and do it massively in parallel. PCR is perhaps the single most important tool in molecular biology and it resulted in the Nobel Prize in 1993 for Kary Mulis and Michael Smith.

Thank you.

TraditionKU wrote: ↑Tue Mar 30, 2021 10:28 am getting my first jab this afternoon

pleasantly surprised it is coming sooner than i expected

(thanks, Biden)

jfish26 wrote: ↑Tue Mar 30, 2021 12:13 pm

TraditionKU wrote: ↑Tue Mar 30, 2021 10:28 am getting my first jab this afternoon

pleasantly surprised it is coming sooner than i expected

(thanks, Biden)

Coming at ya live from my 15-minute waiting period.

TraditionKU wrote: ↑Tue Mar 30, 2021 12:21 pm

jfish26 wrote: ↑Tue Mar 30, 2021 12:13 pm

TraditionKU wrote: ↑Tue Mar 30, 2021 10:28 am getting my first jab this afternoon

pleasantly surprised it is coming sooner than i expected

(thanks, Biden)

Coming at ya live from my 15-minute waiting period.

which micro-chip delivery system?