First published at 06:50 UTC on January 25th, 2022.
For each Pfizer lot I counted the number of deaths, disabilities and life threatening illnesses. I summed these counts to get a total severity -
Total severe = deaths + disabilities + Life Threatening Illnesses
Then I calculated the % of reports f…
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For each Pfizer lot I counted the number of deaths, disabilities and life threatening illnesses. I summed these counts to get a total severity -
Total severe = deaths + disabilities + Life Threatening Illnesses
Then I calculated the % of reports for each lot that were severe
% Severe = Total severe/Total number of adverse reaction reports
I reasoned that if a lot was more toxic, then a greater % of its reports would result in death, disability or life threatening illness. Conversely. if a lot was more harmless, it would result in a significantly smaller number of deaths, disabilities and life threatening illnesses. This seems like common sense.
The results were interesting.
Pfizer lots vary in % severity by 40 fold.
They also vary alphabetically. As the alphabetic identifier of the batch code ascends, the % severity decreases.
It is also observable that the pattern of variation between the alphabetic groups for Pfizer is very similar to the pattern found between the alphabetic groups for Moderna.
Extraordinarily, they even embody a similar coding system.
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