Only abstract available here but higher fish intake associated with a decrease in CRP, IL-6, TNF-alpha, amyloid A and WBC; restated, higher fish intake associated with a reduction of inflammation
The walnut benefits can also be useful for weight loss purpose. The containing omega-3 inside the walnut have fatty acids with other substances into it. The 2.5 grams of 'ALA' per serving is found rich beneficial sources as the fatty acid. From studies among the women's observed that having a walnut at diet can be helpful for reducing the weight loss with greater efficiency. It also lowers the 'bad' levels of LDL cholesterol from the body. And the higher levels of 'HDL' cholesterol in a good manner as suggested by the doctors.
DHA supplementation increases brain estrogen in animal study. In this study, both blunted seizure induction in the animals. This has significant implications for DHA supplementation and dietary intake of fish high in DHA for the brain through estrogen.
human study: revealed a decrease in saturated fatty acids, omega-6 in those supplemented with DHEA-S. DHEA-S was found to improve the metabolic profile of adipose tissue
Omeg-3, DHA and EPA, increased adiponectin production. In addition, blockade of the PPAR-gamma resulted in a reduction in adiponectin production. Thus PPAR gamma activation results in adiponectin production by adipocytes.
Rat study, but it finds that n-3, capsaicin, and curcumin can not only decrease the inflammation associatied with arthritis, but it can delay it all together.
82% of retired NFL players <50 have statistically significant more blockage of arteries than the general population. n-3 in this study was shown to improve the lipid profile in these individuals. Inflammation needs to be addressed
EPA and DHA have differing effects in men with Hyperlipidemia. DHA increased LDL particle size, increased fasting insulin, but did not increase fasting glucose.
nice review, older, of ischemic stroke risk and ways to prevent/heal in a more integrative approach. Good review of risk associated with hs-CRP and homocysteine as well.
Animal study finds pre-emptive DHA at 40 mg/kg reduced injury response during medically induced TBI. Not only can DHA be used with TBI, but this study suggests it can be used in a prevention mode.