That's a good question. I do not have professional medical training, but this is the internet, and I can hypothesize a possible answer as well as any other jackass on the net, and I'm not scared to try. So here goes:

From my understanding of how the covid drug works, the active ingredient(s) are delivered into the bloodstream through a synthetic nano-scale shell [of sorts] in order to "hide" or sneak the active ingredient past the bodies natural immune system. It is designed that way to keep our bodies immune system from attacking the foreign mRNA ingredient and destroying it before the drug can do what it is supposed to do.

So I believe that it may be theoretically possible for some of those nano-scale "shells" to remain in tact, an possibly survive long enough to exit a persons body, and maybe get transferred to another person.

But that's just a spitball theory, so take it for what it's worth. Perhaps someone with better knowledge of the subject can critique that hypothesis?

That's a good question. I do not have professional medical training, but this is the internet, and I can hypothesize a possible answer as well as any other jackass on the net, and I'm not scared to try. So here goes:

From my understanding of how the covid drug works, the active ingredient(s) are delivered into the bloodstream through a synthetic nano-scale shell [of sorts] in order to "hide" or sneak the active ingredient past the bodies natural immune system. It is designed that way to keep our bodies immune system from attacking the foreign mRNA ingredient and destroying it before the drug can do what it is supposed to do.

So I believe that it may be theoretically possible for some of those nano-scale "shells" to remain in tact, an possibly survive long enough to exit a persons body, and maybe get transferred to another person.

Bit that's just a spitball theory, so take it for what it's worth. Perhaps someone with better knowledge of the subject can critique that hypothesis?