antigenic

The problem is that the antigenic shift of influenza is affected by transmission rate.

Think of it like measles, but without the antigenic stability to keep vaccines effective in the long term.

It's not a virus with fairly stable antigenic targets - it's a parasite that readily develops resistance to things.

I’m curious if the breadth of the antigenic response increased as a result or significantly narrowed.

And I would’ve considered using an antigenic browser to do that for me – if I could trust them at all.

Recent variants have very little antigenic overlap with the original strain.

- Investigate the role of antigenic evolution and the role of asymptomatic infection in circulation and persistence.

Another application: erasing original antigenic sin.

In mice, the immune responses of tumours sensitive to checkpoint inhibitors were transferable to resistant tumours and resulted in heightened immunity with antigenic spreading that protected the animals from tumour rechallenge.

Much of the mystique falls away when you understand concepts such as adaptive immunity (how it develops and is retained), antigenic drift, environmental conditions (on the host) that improve transmission, etc.

- It would still have antigenic properties, just not the ones we are familiar with.

- It would still have antigenic properties, just not the ones we are familiar with, because antigens are proteins or proteins bound to sugars.

What is an “antigenic AI” or “antigenic workflow” in this context?

The vaccines that are developed are based on a "normal" rate of antigenic shift.

The only positive antigenic coding experience I had was using it as a "translator" from some old unmaintained shell + C code to Go.

It's called "original antigenic sin" or "immunological imprinting".