3 ms·
My understanding is that normal viral infections cause proteins to be expressed by cells in the same way — in fact, uninfected cells also continually display a
by wiml 6y ago
My understanding is that normal viral infections cause proteins to be expressed by cells in the same way — in fact, uninfected cells also continually display a "status report" of protein fragments. Your immune system monitors this to detect cells that have gone haywire, whether by mutation or infection.
https://en.wikipedia.org/wiki/MHC_class_I#Effect_of_viruses https://en.wikipedia.org/wiki/MHC_class_I#Effect_of_viruses
I don't honestly understand how the immune system decides which protein fragments are okay to develop a response to, but the point is that that is already part of the normal immune response pathway that learns new antigens every day; after the protein fragment shows up on the cell surface, the rest of the process is similar to the response to an attenuated-virus vaccine or a natural infection.
- rolph 6y agothis is a very new and edgey statement however here goes. the self/nonself antigen profile is likely in the DNA and in eukaryotes likely functions in similar fashion to the NORMAL crspr system of prokaryotes [as in not the hijacked gene editing one of current topic] keep in mind there is no proof yet that this is how it works but it is a promissing direction to look into.