mRNA
- noun
- /ˌɛmˌɑːrˈɛnˈeɪ/
- Specialized
- These DNA and mRNA based vaccines could dramatically expedite all three stages of vaccine production.
But the hesitancy to take an mRNA vaccine is justified.
- But the hesitancy to take an mRNA vaccine is justified.
- We were told that the mRNA shots were safe and effective.
- The problem with all this is I believe those mRNA vaccines are excellent vaccines.
- So it's not like last February they started working on this mRNA technology.
- I've talked on this show before about how incredible the mRNA vaccines are.
- So this is also linked to DNA and mRNA vaccines.
- And they go, let's take a surface protein from this and make the mRNA vaccine from that.
- Beijing has been urging the development of home grown mRNA vaccines, two of which have now entered clinical trials.
- And I think we need to recognize that this mRNA vaccine technology that we have is mind boggling.
- What what to put it in a very superficial, blunt idiot comedian in the Internet way, or what's wrong with mRNA technology?
Examples
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Beijing has been urging the development of home grown mRNA vaccines, two of which have now entered clinical trials.
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We were told that the mRNA shots were safe and effective.
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The problem with all this is I believe those mRNA vaccines are excellent vaccines.
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In fact, every mRNA vaccine could have roughly the same list of ingredients.
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And I think we need to recognize that this mRNA vaccine technology that we have is mind boggling.
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Researchers are using mRNA technology to create new vaccines that target specific viruses.
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The development of mRNA vaccines has revolutionized how we respond to infectious diseases.
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With the help of mRNA platforms, scientists can instruct cells to produce proteins that may help treat certain medical conditions.
How Direct
Surface Forms
Morphology
mRNA = RNA (transparent) = m + R + N + A
The term refers metonymically to technology based on messenger RNA; the morphological composition (m + RNA) remains a transparent initialism.
Etymology
MRNA is used in medicine because it is literally messenger RNA acting as a 'message' that tells cells what protein to make. That's why an mRNA platform can be used in vaccines to train the body's defence or to tell cells to produce a missing protein.