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When I attended UF, our neuromuscular aspects prof wanted us to use pubmed a lot, but none that were too old. The only one that I would give credit to is the 2010, but the subjects had ailments. Im on a phone looking, but are there other current studies?
Research doesn't have an expiration date. A good study is a good study regardless of the date - you just need the skills to discern each study's limitations.
Also, most research on fish oil is on people with some kind of health problem - like most health oriented research.
Fallacious. You're appealing to the probability that there is only one proven benefit of fish oil. First, we don't know if there is only one proven benefit as neither you nor I have read all of the material as, much of it has never and will never be published. Second, your assumption is based on the idea that there never will be any other proven benefits to fish oil.
I do agree, however, eating fish is a more appropriate way to gain the benefits of a fish rich diet.
edit1:
And, for what it's worth, the human benefits of EPA & DHA are well known and documented. What's also documented is the problem is that EPA & DHA are very easily oxidized thus drawing bio-availability into question.
Also, I assume you're only including the human based studies in your statements/assumptions or are you including rodent based studies?
I don't understand either of your points. I never assumed there was and only ever will be singular benefits or drawbacks to fish oil. All I can do is take into consideration past information I've gathered by reading through clinical trials, meta-analysis, animal studies, and learning the underlying physiology. We can never truly be sure of anything, all we can do is come up with some type of bayesian probability of how sure we are of a statement based on priors and new evidence. This inherent limitation of knowledge doesn't affect the probability of my statement "There is no point of taking fish oil for most people, baring some kind of temporary hormetic effect" being less or more true.
Also the oxidation does not effect the bio-availability of n-3s, oxidized and non-oxidized n-3s have the same effect. PUFAs are preferentially oxidized over saturated fat in humans anyway, so in the end they are probably the same thing. Hence why I suspect some kind of temporary hormetic benefit, but proving a hormetic theory is much more difficult than simply running a few well controlled RCTs.