Yeah. Pretty hard to decipher. I think #4 is saying that 9 kids died in the 12 week period between their last vaxx (when they were 9 months old) and the 1 year mark. If there was no correlation between the vaxx and SIDS, you would expect those 9 deaths to be pretty uniformly distributed over that 12 week period (i.e., an average death ra…
Yeah. Pretty hard to decipher. I think #4 is saying that 9 kids died in the 12 week period between their last vaxx (when they were 9 months old) and the 1 year mark. If there was no correlation between the vaxx and SIDS, you would expect those 9 deaths to be pretty uniformly distributed over that 12 week period (i.e., an average death rate of 9/12 deaths per week). Instead, he found 3 of those deaths were actually all jammed within 1 week of vaccination. The chances of 3 being bunched up like that are, on average, only 4% (1/25) if you do the calculation. It's sort of like the odds of shuffling a deck of cards and getting all 4 aces on top. Doesn't happen very often.
Yeah. Pretty hard to decipher. I think #4 is saying that 9 kids died in the 12 week period between their last vaxx (when they were 9 months old) and the 1 year mark. If there was no correlation between the vaxx and SIDS, you would expect those 9 deaths to be pretty uniformly distributed over that 12 week period (i.e., an average death rate of 9/12 deaths per week). Instead, he found 3 of those deaths were actually all jammed within 1 week of vaccination. The chances of 3 being bunched up like that are, on average, only 4% (1/25) if you do the calculation. It's sort of like the odds of shuffling a deck of cards and getting all 4 aces on top. Doesn't happen very often.