Omega 3 Fatty Acids May Be What Your Workout Has Been Missing

Posted on December 9, 2009
Filed Under Uncategorized |

If you are starting to have serious doubts about whether those hours at the gym and those lettuce lunches are ever going to pay off, you are not alone. Thousands of men and women struggle to get and stay fit each year, spending millions and millions of dollars on gym memberships, personal trainers and muscle-building, fat-burning diets.

However, in many cases these diets simply do not do the trick. In fact, many people find that while they may be a bit healthier, their stamina may not even change all that much as they try to whip themselves into shape. It turns out, the missing ingredient to your workout may not lie in an extra 60 minutes of jogging each day, but instead within the tiny little body of a Canadian sandpiper.

Research findings released in April of 2009 indicate that simply by eating an omega 3 rich diet of delicious little mud shrimp, sandpipers and quail that are forced into sedentary lifestyles still become fit enough to fly extremely long distances and withstand serious physical exercise. Prior to the trials, the birds did not get physical exercise and were closely contained to monitor their levels of activity, which were extremely low. Regardless of what you think about the testing and research procedures, these results are very exciting. They indicate that having enough omega 3 in your diet can dramatically improve your workout results – and in fact, just having enough omega 3 in your diet without the 4-hour daily workouts can still make you more naturally fit!

Not interested in eating nothing but mud shrimp? Good news. You can opt for an all-natural omega-3 daily fish oil supplement instead that delivers a serious boost of omega 3 to your system without requiring you to drink shrimp smoothies every day for the rest of your life. To learn more about this type of highly optimized and effective omega 3 supplement as well as omega 3 benefits visit www.omega-3.us.

1 http://www.sciencedaily.com/releases/2009/03/090327072756.htm

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