As you've probably heard, there are many benefits of Omega 3 for athletic performance. Beyond the well-documented health benefits of omega 3 fatty acids - including heart health, weight management and blood sugar control - omega 3 fatty acids play an important role in muscle strength, endurance, recovery and injury prevention for athletes.
Studies have shown that Omega 3 fatty acids boost muscle protein synthesis, resulting in an increase in muscle mass and strength. Research suggests that omega-3 fatty acids, particularly EPA, improve protein metabolism. This means that you recover more quickly from your greatest efforts.
Some studies have examined how omega 3 fatty acids improve endurance. Omega 3 fatty acids have a vasodilating effect and increase the flow of oxygen during exercise, which increases endurance. Other studies show that higher Omega 3 consumption reduces fatigue.
Omega 3 fatty acids have anti-inflammatory properties that support muscle recovery and injury prevention. Consuming more Omega 3 fatty acids improves the integrity of your cells and cell function and ultimately reduces muscle damage while improving the cells' insulin sensitivity. This means that more and faster glucose is stored in cells as glycogen after exhaustion. In addition, omega 3 fatty acids have been proven to improve sleep, which is a crucial factor in restoring performance. In summary, omega-3 fatty acids can improve athletic performance by improving muscle strength and endurance and reducing recovery time.
The highlighted positive properties of consuming omega-3 fatty acids
- EPA and DHA contribute to normal heart function. This positive effect occurs with a daily intake of 250 mg EPA and DHA.
- DHA and EPA help maintain normal blood pressure. This positive effect occurs with a daily intake of 3 g EPA and DHA.
- DHA
and EPA contribute to the maintenance of normal blood triglyceride
levels. This positive effect occurs with a daily intake of 2 g EPA and
DHA.
- DHA contributes to the maintenance of
normal brain function. This positive effect occurs with a daily intake
of 250 mg EPA and DHA.
- DHA contributes to the maintenance of normal vision. This positive effect occurs with a daily intake of 250 mg EPA and DHA.
- Replacing
saturated fat with monounsaturated and/or polyunsaturated fat in the
diet helps maintain normal blood cholesterol levels.
- DHA
intake contributes to the normal development of vision in infants up to
12 months of age. This positive effect occurs with a daily intake of
100 mg EPA and DHA.
- Maternal intake of DHA
contributes to the normal development of the eyes of the fetus and
breastfed infant. This positive effect occurs when we take 200 mg of DHA
daily.
- The intake of DHA contributes to the
normal brain development of the fetus and the breastfed infant. This
positive effect occurs when we take 200 mg of DHA daily.
