Novel vaccine technologies and applications latest comprehensive Q & A
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Novel vaccine technologies and applications
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Novel Vaccine Technologies And Applications
Novel vaccine technologies and applications latest comprehensive Q & A
1: What are novel vaccine technologies? - correct answer -
Novel vaccine technologies refer to new and innovative methods for developing vaccines, including mRNA vaccines, viral vector vaccines, protein subunit vaccines, and...
novel vaccine technologies and applications latest
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Novel vaccine technologies and applications
Novel vaccine technologies and applications
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PASSINGMASTER01
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Novel vaccine technologies and applications
latest comprehensive Q & A
1: What are novel vaccine technologies? - correct answer -
Novel vaccine technologies refer to new and innovative methods for
developing vaccines, including mRNA vaccines, viral vector vaccines,
protein subunit vaccines, and DNA vaccines.
2: How do mRNA vaccines work? - correct answer -
mRNA vaccines work by introducing a messenger RNA sequence into the
body, which instructs cells to produce a protein that triggers an immune
response.
3: What is the primary advantage of mRNA vaccines? - correct answer -
The primary advantage of mRNA vaccines is their rapid development and
production capability, allowing for quick responses to emerging infectious
diseases.
,4: Can you name a widely known mRNA vaccine? - correct answer -
The Pfizer-BioNTech and Moderna COVID-19 vaccines are widely known
mRNA vaccines.
5: What are viral vector vaccines? - correct answer -
Viral vector vaccines use a modified virus (the vector) to deliver genetic
material from the pathogen to stimulate an immune response.
6: How do viral vector vaccines differ from traditional vaccines? - correct
answer -
Unlike traditional vaccines that often use inactivated or weakened
pathogens, viral vector vaccines use a harmless virus to deliver genetic
instructions to cells.
7: What is a notable example of a viral vector vaccine? - correct answer -
The Oxford-AstraZeneca COVID-19 vaccine is a notable example of a viral
vector vaccine.
8: What are protein subunit vaccines? - correct answer -
, Protein subunit vaccines use pieces of the pathogen, such as proteins, to
stimulate an immune response without using the whole virus or bacteria.
9: What is an advantage of protein subunit vaccines? - correct answer -
Protein subunit vaccines are generally safer as they do not contain live
components of the pathogen, reducing the risk of causing disease.
10: What are DNA vaccines? - correct answer -
DNA vaccines use genetically engineered DNA to produce an antigen that
triggers an immune response.
11: How do DNA vaccines work? - correct answer -
DNA vaccines work by introducing a plasmid containing the DNA sequence
encoding the antigen into the body, where cells then produce the antigen to
stimulate immunity.
12: What is a key benefit of DNA vaccines? - correct answer -
DNA vaccines can be quickly designed and manufactured, making them
suitable for rapid response to emerging diseases.
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