It’s difficult to pin down “when did mRNA research begin?” but, a pretty good date is to say, “The 1990s.” But you could go back as far as 1960 or 1970 if you were being technical.
mRNA technology is a HUGE breakthrough. Like I said, we were lucky it was essentially ready and able to help with the COVID vaccine development when it was.
Wait, are inverse vaccines the same as mRNA? That’s what I was wondering about. Have the inverse vaccines been on the research agenda for awhile? As I said before, I’m hoping the mRNA breakthroughs help the reverse vaccines go quicker.
Nope. In this case they figured out that you can “tag” molecules with N-acetylgalactosamine, and that convinces the Liver to tolerate the molecule that causes the immune reaction and signal the immune system. My wife has a major anaphylactic reaction to certain shrimp and this would be a game changer.
evatronic@lemm.ee 1 year ago
It’s difficult to pin down “when did mRNA research begin?” but, a pretty good date is to say, “The 1990s.” But you could go back as far as 1960 or 1970 if you were being technical.
…jhu.edu/…/the-long-history-of-mrna-vaccines has a good write-up.
mRNA technology is a HUGE breakthrough. Like I said, we were lucky it was essentially ready and able to help with the COVID vaccine development when it was.
PeleSpirit@lemmy.world 1 year ago
Wait, are inverse vaccines the same as mRNA? That’s what I was wondering about. Have the inverse vaccines been on the research agenda for awhile? As I said before, I’m hoping the mRNA breakthroughs help the reverse vaccines go quicker.
kbotc@lemmy.world 1 year ago
Nope. In this case they figured out that you can “tag” molecules with N-acetylgalactosamine, and that convinces the Liver to tolerate the molecule that causes the immune reaction and signal the immune system. My wife has a major anaphylactic reaction to certain shrimp and this would be a game changer.