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Seems like it is the other way, at least according to his paper[1]: > Previously infected individuals developed higher Ab titers to the vaccine than those who
by takeda 5y ago
Seems like it is the other way, at least according to his paper[1]:
> Previously infected individuals developed higher Ab titers to the vaccine than those who have not been previously exposed. These results indicate that mRNA vaccination rapidly induces a much stronger and broader Ab response than SARS-CoV-2 infection.
[1] https://www.biorxiv.org/content/10.1101/2021.04.15.440089v4 https://www.biorxiv.org/content/10.1101/2021.04.15.440089v4
- timr 5y agoThe fact that previously infected people have higher titers to the vaccine implies nothing about the effectiveness of the vaccine -- it implies that the human immune system works, and recognizes the spike protein when it is re-introduced. Extrapolating from this to conclude that the protection is therefore better is an unsupported leap. The authors are trying to piggyback on previous work that claims that antibody levels correlate with immunity, but there's a huge difference between someone who has never had Covid, and someone who has. The abstract does say that vaccinated people have higher titers than naturally immune people, and this can be considered evidence: > mRNA vaccination induced much higher Ab levels especially against the RBD domain and significant cross-reactivity against SARS RBD and S1 was also observed.
- deleted 5y ago[deleted]
- btilly 5y agoThat paper demonstrates that the vaccine provides a stronger response to the part of the virus that the vaccine tries to get you to respond to than actually getting sick does. It does NOT demonstrate that the vaccine provides any response to other parts of the virus. And it almost certainly does not, while getting sick does. It also DOESN'T address the question of which provides a better response to novel variants of COVID-19.