As an athlete, you are always exploring new and innovative ways to improve your performance and take your fitness to the next level. Studies have shown that phosphatidic acid may actually play a crucial role in the muscle building process, helping you make greater gains in muscle and strength by activating a specific protein kinase and signaling pathway called mTOR.,Phosphatidic acid is a phospholipid, or compound fatty acid, formed from two fatty acids and a phosphate group covalently attached to a glycerol molecule. Phosphatidic acid is a precursor to the production of other fatty acids that act as a signaling lipid and is a major component of cell membranes. Recent results have demonstrated a link between phosphatidic acid and muscle protein synthesis through a protein kinase and a critical regulator of muscle protein synthesis known to be the mammalian target of rapamycin (mTOR). The researchers believe that phosphatidic acid plays a crucial role in mTOR signaling and helps facilitate muscle protein synthesis.,Because phosphatidic acid plays a role in mTOR signaling, researchers believe it may have an impact on body composition. Unfortunately, the effectiveness of phosphatidic acid as an anabolic supplement is inconclusive due to the small number of studies. An analysis published in the Journal of
sports science found six studies that matched the search criteria. Of these studies, three indicated no effect on lean body mass, while the remaining three showed potential beneficial effects on performance and body composition [R].,Some research suggests that phosphatidic acid may improve strength and muscle building. An eight-week study conducted at Hofstra University assigned 15 strength-training male participants to either a placebo group or a group that consumed 750 mg of phosphatidic acid. All participants experienced significant improvements in every measure of muscle size and strength. The results indicated that phosphatidic acid supplementation combined with resistance training was no different than placebo combined with resistance training [R].,A double-blind, randomized, placebo-controlled study conducted at Baylor University evaluated the effects of eight weeks of resistance training combined with either a placebo or phosphatidic acid in 28 male participants. Similar results were observed in all groups with increases in strength and muscle mass [R].,Potentially, combining resistance training with exogenous phosphatidic supplementation could further stimulate mTOR upregulation and thereby increase muscle protein synthesis. Studies show that phosphatidic acid may support performance when combined with other supplements, but the current research is rather equivocal. More research is needed to determine if phosphatidic acid can provide significant ergogenic benefits and be used as an effective supplement.,
As an athlete, you are always exploring new and innovative ways to improve your performance and take your fitness to the next level. Studies have shown that phosphatidic acid may actually play a crucial role in the muscle building process, helping you make greater gains in muscle and strength by activating a specific protein kinase and signaling pathway called mTOR.
Phosphatidic acid is a phospholipid, or compound fatty acid, formed from two fatty acids and a phosphate group covalently attached to a glycerol molecule. Phosphatidic acid is a precursor to the production of other fatty acids that act as a signaling lipid and is a major component of cell membranes. Recent results have demonstrated a link between phosphatidic acid and muscle protein synthesis through a protein kinase and a critical regulator of muscle protein synthesis known to be the mammalian target of rapamycin (mTOR). The researchers believe that phosphatidic acid plays a crucial role in mTOR signaling and helps facilitate muscle protein synthesis.
Because phosphatidic acid plays a role in mTOR signaling, researchers believe it may have an impact on body composition. Unfortunately, the effectiveness of phosphatidic acid as an anabolic supplement is inconclusive due to the small number of studies. An analysis published in the Journal of sports science found six studies that matched the search criteria. Of these studies, three indicated no effect on lean body mass, while the remaining three showed potential beneficial effects on performance and body composition [R].
Some research suggests that phosphatidic acid may improve strength and muscle building. An eight-week study conducted at Hofstra University assigned 15 strength-training male participants to either a placebo group or a group that consumed 750 mg of phosphatidic acid. All participants experienced significant improvements in every measure of muscle size and strength. The results indicated that phosphatidic acid supplementation combined with resistance training was no different than placebo combined with resistance training [R].
A double-blind, randomized, placebo-controlled study conducted at Baylor University evaluated the effects of eight weeks of resistance training combined with either a placebo or phosphatidic acid in 28 male participants. Similar results were observed in all groups with increases in strength and muscle mass [R].
Potentially, combining resistance training with exogenous phosphatidic supplementation could further stimulate mTOR upregulation and thereby increase muscle protein synthesis. Studies show that phosphatidic acid may support performance when combined with other supplements, but the current research is rather equivocal. More research is needed to determine if phosphatidic acid can provide significant ergogenic benefits and be used as an effective supplement.
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