Then why does
@ppodhajski keep trotting out SNPs which don't have research saying they have an impact? In one of his posts he explicitly says that he focuses on some SNPs solely because they are on relevant pathways and they are rare. And when he does cite research, he doesn't seem to read it well enough to give an accurate interpretation of it.
As a very recent example from this thread:
First of all,
another study contradicts the one listed (final link, from Wiley) - it found no significant associations with the same and other SNPs in autism. So the study he cited failed to be replicated, which usually means it was a false positive.
Another problem with the Wiley study is that no effect sizes are given. So maybe they found that having one genotype results in a 0.01% increase in risk of having autism. Which would indicate that the SNP is having almost no impact on anyone - but we don't know, because they aren't telling us. It's not a good sign.
And the really big problem is that if you actually read the study, you'll find that the rarer allele (C) is reported being associated with
decreased autism risk. So that means that the CC and CT people supposedly have less risk of autism and it's the other 75% of the population which is supposedly at increased risk.
So it's important to find out which allele is the risk allele. You can
not assume it's the rare one, even when there is a risk allele found. Once again, this failure to read and understand the research has resulted in
@ppodhajski spreading disinformation, and giving advice based on that disinformation.
Do. Not. Trust. SNPedia.
Read. The. Research.
Find. The. Effect. Size.
Find. The. Risk. Allele.
Find. The. Dissenting. Research.
I don't know how many times I need to say it. But I will keep saying it until it sinks in.