This is draft text for Immunity (medical)#Artificially acquired, replacing one particular paragraph. See Talk:Immunity_(medical)#mRNA_Vaccines_Should_be_Mentioned for an explanation of what is wrong and missing in that paragraph.
I have now made the proposed change to the article: diff.
Placeholder for a named reference that is defined above the content to replace: [1]
Two future vaccinations:
In addition, there are some newer types of vaccines in use:
A variety of vaccine types are under development; see Experimental Vaccine Types.
Revise list of non-traditional vaccine types; see talk page. Acevedo reference copied from Bacterial outer membrane vesicles. Liu reference copied from DNA vaccine. Norbert reference copied from MRNA vaccine.
I reduced the level of detail provided for DNA and viral vector vaccines, preferring instead to group them under "genetic vaccines" with a link to that page, as well as naming well-known sub-types, including RNA vaccines. I think the value here is in explaining the process by which various vaccine types give rise to medical immunity (the article topic), and all of the genetic vaccines share that basic process.
I removed the vaccines.gov reference [1] because it isn't very informative (mostly just a list of vaccine types), although it's still referenced by the article elsewhere.
I removed "They [recombinant vector vaccines] are used widely in veterinary medicine." For one, in the existing content, this remark makes it appear that they are only used in veterinary medicine, which is not true. Even without that confusion, it seems like an odd tangent.
I added discussion of OMV vaccines since they are in use and lead to immunity in different ways than genetic vaccines.
I added mention of experimental vaccine types, but delegated to Vaccine for details.
In an earlier draft, I had mentioned conjugate vaccines [7], but those are already mentioned in the text that precedes the paragraph I want to replace.
This list is mainly for my convenience while researching. This section is not part of the proposed replacement content.
A guide to vaccinology: from basic principles to new developments
Bacterial Outer Membrane Vesicles and Vaccine Applications
Gene vaccines: Overview of genetic vaccines, but full text not freely available.
DNA and RNA-based vaccines: principles, progress and prospects: Mostly talks about techniques for provoking a stronger immune response via self-replication.
Wikipedia:WikiProject_Medicine (not a reference, just a link to explore more later)
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cite journal}}
: CS1 maint: unflagged free DOI (
link)
{{
cite journal}}
: CS1 maint: unflagged free DOI (
link)
This is draft text for Immunity (medical)#Artificially acquired, replacing one particular paragraph. See Talk:Immunity_(medical)#mRNA_Vaccines_Should_be_Mentioned for an explanation of what is wrong and missing in that paragraph.
I have now made the proposed change to the article: diff.
Placeholder for a named reference that is defined above the content to replace: [1]
Two future vaccinations:
In addition, there are some newer types of vaccines in use:
A variety of vaccine types are under development; see Experimental Vaccine Types.
Revise list of non-traditional vaccine types; see talk page. Acevedo reference copied from Bacterial outer membrane vesicles. Liu reference copied from DNA vaccine. Norbert reference copied from MRNA vaccine.
I reduced the level of detail provided for DNA and viral vector vaccines, preferring instead to group them under "genetic vaccines" with a link to that page, as well as naming well-known sub-types, including RNA vaccines. I think the value here is in explaining the process by which various vaccine types give rise to medical immunity (the article topic), and all of the genetic vaccines share that basic process.
I removed the vaccines.gov reference [1] because it isn't very informative (mostly just a list of vaccine types), although it's still referenced by the article elsewhere.
I removed "They [recombinant vector vaccines] are used widely in veterinary medicine." For one, in the existing content, this remark makes it appear that they are only used in veterinary medicine, which is not true. Even without that confusion, it seems like an odd tangent.
I added discussion of OMV vaccines since they are in use and lead to immunity in different ways than genetic vaccines.
I added mention of experimental vaccine types, but delegated to Vaccine for details.
In an earlier draft, I had mentioned conjugate vaccines [7], but those are already mentioned in the text that precedes the paragraph I want to replace.
This list is mainly for my convenience while researching. This section is not part of the proposed replacement content.
A guide to vaccinology: from basic principles to new developments
Bacterial Outer Membrane Vesicles and Vaccine Applications
Gene vaccines: Overview of genetic vaccines, but full text not freely available.
DNA and RNA-based vaccines: principles, progress and prospects: Mostly talks about techniques for provoking a stronger immune response via self-replication.
Wikipedia:WikiProject_Medicine (not a reference, just a link to explore more later)
{{
cite journal}}
: CS1 maint: unflagged free DOI (
link)
{{
cite journal}}
: CS1 maint: unflagged free DOI (
link)