They endless said, in relation to the critiques of PACE, that 'one size doesn't fit all', implying that the therapies in PACE would help some people but not others. They just couldn't seem to get their heads around what a null effect really means. They seemed to think it made some worse, made no...
It's just the unbelievable continued reliance on bad methodology that I think needs pointing out, genetics studies or not.
[Edit: But I understand there may be more important things to do!]
What sort of samples do you need? Do they exist in a biobank or would you need to collect fresh ones?
Have you thought of applying for funds to the ME charities? (Sorry, you may have already explained all this and I may have forgotten!)
It's possible to make a rapid response to this madness: https://www.bmj.com/content/389/bmj.r977/rapid-responses
Anybody fancy sticking the boot in? Hard?
I bought a fantastically lightweight and comfortable collapsible chair from Amazon but it needs huge force to get the final foot of the chair into the fabric pocket on the seat that finally makes the chair rigid. Even using tools, my fingers aren't strong enough: I used to ask passing blokes to...
Who can we look to to unfold the story? What sort of researchers will follow up on this? Wondering if they're already in the ME/CFS field or whether we can invite them in.
Why don't the Zhang data need replicating? Normally with studies, especially small ones, we want everything potentially worthwhile replicated, don't we?
If these findings are looking real then the big question is, how can we use them to advance most rapidly to treatment? Are they not worth much (black box, unreplicated) until the DecodeME results come out? Are they pointing precisely enough at mechanism to start up any lab work? Are they helpful...
Do you think it's likely that we may then be better able to pick off individual symptoms like this with better targeted drugs even if we don't quickly get the 'one ring to to rule them all' drug that tackles ME/CFS at its root cause?
That analogy only holds up if we can be certain that we're getting a true signal from both sources that's merely degraded by noise. I think we can take a standard GWAS or WGS analysis as providing a true signal plus noise but do we know that about this machine-learning technique? Could it b...
If we will only have confidence in these results if they're confirmed by different forms of analysis that we can be confident in, I don't see what information these results are adding. Isn't this the very definition of confirmation bias?
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