Yes, Krill oil needs to stay in the plan. If you can afford it, it has Omega3, Phosphatidylcholine and Astaxanthin. In general you should apply this to your whole plan and stick with the basics and logical good decisions. For example Rhodiola or Astragalus. I don't know much about these, but i do know that there are much more important and better plants out there. The basics in this area are Ginseng, Ginger, Curcuma, Milk Thistle, maybe Gingko, Broccoli.
Absolute general basics for men are NAC, Vitamin C, Vitamin D, Vitamin E as Tocotrinol, Q10, L-Carnosin, L-Arginine, Taurine, Kreatine, Melatonin, Resveratrol, Zinc, Magnesium, Omega3, Grapeseed extract. For heart protection you should get low dose beta blockers. Sounds strong, but they actually protect the heart.
i think overall it's good to change the plan every once in a while. It's just important how you feel and continue to educate oneself about it.
I do have krill oil, vitamin C, D and E (in different form) and Zinc Magnesium in multivitamin, Q10, L-carnosine, taurine(from tea), resveratrol, Grapeseed extract. So I am missing and should think about NAC, L-arginine, Kreatine, Melatonin(but I would have to check if I need it at my age) and probably curcuma.
I'm not so sure about the krill oil hype, even though I have good experienced with it. The difference in bioavalibility from link provided is not 48x but it is like 30-40%, maybe due to containting "free EPA/DHA". In that case it's just not cost-effective or resonable.
http://www.ncbi.nlm....pubmed/21854650
"RESULTS:
The highest incorporation of EPA+DHA into plasma PL was provoked by krill oil (mean AUC0-72 h: 80.03 ± 34.71%*h), followed by fish oil rTAG (mean AUC0-72 h: 59.78 ± 36.75%*h) and EE (mean AUC0-72 h: 47.53 ± 38.42%*h). Due to high standard deviation values, there were no significant differences for DHA and the sum of EPA+DHA levels between the three treatments. However, a trend (p = 0.057) was observed for the differences in EPA bioavailability. Statistical pair-wise group comparison's revealed a trend (p = 0.086) between rTAG and krill oil. FA analysis of the supplements showed that the krill oil sample contained 22% of the total EPA amount as free EPA and 21% of the total DHA amount as free DHA, while the two fish oil samples did not contain any free FA."
EE=ethyl-esters
So 1 caps of Krill containing [57,5 mg EPA and 27,5 DHA] *1,4
lets say 12 GBP for 60 softgels
80,5 EPA and 38,5 DHA "effective" (because of 40% bioav. bonus)
vs
180mg of EPA
120mg of DHA
capsule of fish oil (both Swanson brand)
lets say 9 GBP for 150 gels
Calculate effective EPA price as PRICE/(Number of capsules*EPA or DHA in MG per capsule) (less is better)
Krill Price
EPA 0,002484
DHA 0,005195
Fish
EPA 0,000333
DHA 0,0005
Price ratio (how many times it would be cheaper to buy fish oil than krill oil with the assumptions above.)
EPA 7,453416
DHA 10,38961
Of course krill contains Astaxanthin, but wiki: "Astaxanthin is found in microalgae, yeast, salmon, trout, krill, shrimp, crayfish, crustaceans, and the feathers of some birds."
Also seeing 25 MCG on the krill supplement I have is funny, if you take a look at ebay with "Astaxanthin" search, you can see sups with 4-12 MG per dose (thats err at least 150-400 times more). 1 mg = 1000 mcg right ?
Edited by thedarkbobo, 12 April 2014 - 11:22 AM.