what i want is actual data about how suppressing the immune response affects or doesn't affect vaccine efficacy in immune-competent people.
provide or don't, but don't play silly buggers.
what i want is actual data about how suppressing the immune response affects or doesn't affect vaccine efficacy in immune-competent people.
provide or don't, but don't play silly buggers.
1/3
open.substack.com/pub/lastcamp...
1/3
open.substack.com/pub/lastcamp...
>I HAVE A CONCLUSIVE PAPER TO SHOW PEOPLE WHO WHINE AT ME ABOUT MY FUCKING DIPHENHYDRAMINE PRE-VACCINE ADVICE NOW
i don't think that's justified by that paper.
>I HAVE A CONCLUSIVE PAPER TO SHOW PEOPLE WHO WHINE AT ME ABOUT MY FUCKING DIPHENHYDRAMINE PRE-VACCINE ADVICE NOW
i don't think that's justified by that paper.
Nothing about the actual science that NIH is producing!
Nothing about the actual science that NIH is producing!
> MCs function as sentinels to recognize invaded pathogens and regulate the innate and adaptive immune responses (1, 6–8).
which implies that benadryl would inhibit the immune responses that vaccines are *for*. would this reduce efficacy?
> MCs function as sentinels to recognize invaded pathogens and regulate the innate and adaptive immune responses (1, 6–8).
which implies that benadryl would inhibit the immune responses that vaccines are *for*. would this reduce efficacy?
> MCs function as sentinels to recognize invaded pathogens and regulate the innate and adaptive immune responses (1, 6–8).
which implies that benadryl would inhibit the immune responses that vaccines are *for*. would this reduce efficacy?
> MCs function as sentinels to recognize invaded pathogens and regulate the innate and adaptive immune responses (1, 6–8).
which implies that benadryl would inhibit the immune responses that vaccines are *for*. would this reduce efficacy?