Omega-3 calculator designed to establish right dose for desviacion lumbar clinical research – nutraceuticals world

Until now, there has been very little guidance about what dose of desviacion lumbar EPA and DHA should be tested in a study. And with the wide differences in study results in recent desviacion lumbar years, it is likely that dose played a role in the desviacion lumbar relative success or failure of omega-3 studies. In other words, if the dose of EPA and DHA in a study desviacion lumbar isn’t high enough to make an impact on blood levels desviacion lumbar (i.E., the omega-3 index), there may be no effect on the desired endpoint, leading to a neutral result.

When it comes to cardiovascular disease (CVD) in particular, the literature supporting the benefits of omega-3s EPA and DHA has been mixed. On one hand, a 2018 meta-analysis concluded that current evidence does not support a role desviacion lumbar for omega-3s in CVD risk reduction.

On the other hand, three major randomized trials reported in late 2018 showed that desviacion lumbar omega-3s significantly reduced risk for vascular death, myocardial infarction, and major adverse cardiovascular events. The latter study was particularly compelling because it used 4 desviacion lumbar grams of EPA (as opposed to the usual 0.84 grams of EPA and DHA) in statin-treated patients and found a 25% risk reduction in CVD events.

According to kristina harris jackson, phd, RD, who was the co-lead author on this latest paper, “A low dose could make a study show no effect desviacion lumbar of EPA and DHA, which makes the literature more indecisive and the medical community desviacion lumbar more skeptical of omega-3 benefits,” she said. “hopefully, ensuring the dose of EPA and DHA is high enough desviacion lumbar to reach a target omega-3 index level will clarify whether or not EPA and desviacion lumbar DHA are effective.”

The model equation developed in this paper can be used desviacion lumbar to estimate the final omega-3 index (and 95% CI) of a population given the omega-3 EPA and DHA dose and baseline omega-3 index. As an example, a population with a baseline omega-3 index of 4.9% that is given 840 mg EPA and DHA per day desviacion lumbar (as a 1-gram ethyl ester capsule) would achieve a mean omega-3 index of ∼6.5% (95% CI: 6.3%, 6.7%).

Rearranging the equation, one can calculate the approximate EPA/DHA doses (of triglyceride forms) needed to achieve a mean omega-3 index of 8% in 13 weeks. This would require about 2,200 mg of EPA and DHA for a baseline omega-3 index of 2%, approximately 1,500 mg for a baseline omega-3 index of 4%, and roughly 750 mg of EPA and DHA for a desviacion lumbar baseline omega-3 index of 6%.

Using this example, jackson and her colleagues predicted that the minimum dose of desviacion lumbar EPA and DHA necessary to be 95% certain that the mean baseline omega-3 index of 4% will increase to 8% (in 13 weeks) is ∼1,750 mg per day of a triglyceride formulation or 2,500 mg per day of an ethyl ester formulation. Both of these forms are common in fish oil preparations.

“the recommended doses are simply average responses, but individual responses to EPA and DHA are still very desviacion lumbar difficult to predict,” said jackson. “ in a recent consumer cohort, we found individuals spanned the full range of omega-3 index despite reporting the same amount of fish intake desviacion lumbar and supplement use.”

“as noted, the equation developed [in this paper] can aid in predicting population omega-3 index changes, but because of the large interindividual variability in the omega-3 index response to EPA and DHA supplementation, it will likely be less useful in the clinical setting desviacion lumbar where direct testing of the omega-3 index would be the preferred approach to assessing EPA desviacion lumbar and DHA status,” the study authors explained.

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