Why Use endurance unsaturated?
ATHLETES‡ HAVE BEEN SHOWN TO GET TOO LITTLE OMEGA-3S IN THEIR DIETS BASED ON A SURVEY OF 1500
In fact, only 10% of athletes meet the Academy of Nutrition and Dietetics’ recommended daily dosage
research confirms that dhA supports…
Brain Growth and function: DHA is required for the growth and functional development of the brain in infants, as well as for maintenance of normal brain function in adults*. (4)
Learning ability: The inclusion of plentiful DHA in the diet improves learning ability, whereas deficiencies of DHA are associated with deficits in learning*. (4)
vascular and joint function: DHA supports vascular health by supporting endothelial function and blood lipids within normal limits*. (4)
DHA science.
research confirms that EPA Supports…
Muscle Growth: EPA stimulates muscle growth in the presence of leucine, an essential amino acid commonly found in protein / protein supplementation*. (1)
Healthy Tendons: EPA is shown to have an effect on tendon pain, athletes' ability to get back on the field faster, and perform better*. (2)
reduced Inflammation: F2-isoprostanes may be lowered by combining omega-3s with Aronia, a berry with antioxidant activity that's 4x more powerful than blueberries*. (3)
EPA science.
(1) Kamolrat & Gray, 2013. (2) Mavrogenis et al., 2004. (3) nature done right, 2023. (4) Horrocks & Yeo, 1999.
‡‡ GOED, 2022
CLinical studies
30,000+ clinical trials ‡‡
1,500 athletes surveyed
80+ trials on athletes
How Omega-3s help to stimulate muscle growth*.
How Omega-3s help to keep tendons healthy and improve reaction time*.
How athletes benefit from the use of high-dose epa supplements*.
Promoting optimal Omega-3s status in athletes*.
THE science behind why you need omega-3s in your diet*.
how Marine-derived EPA lowers c-reactive protein*.
How OMega-3s Supplementation improves vo2-max in endurance athletes*.
Science Broadly Supports the benefits of omega-3s in amatuers*.
DHA may help recovery from concussion and for an earlier return to play*.
Omega-3s supplementation improves memory in patients with depressioN*.
Omega-3s may support better performance outcomes from resistance training*.