L-Arginine - Product

Other Specification : L-Arginine Product Name: L-Arginine Another Name: 2-Amino-5-guanidinovaleric Acid; 2-Amino-5-guanidinopentanoic Acid;L(+)-Arginine CAS No.: 74-79-3 Molecular Formula: C6H14N4O2 Molecular Weight: 174.20 Descriptions: L-Arginine Is An Amino Acid And Is A Component Of Collagen. It Helps Produce Healthy Semen And Comprises 60% Of Amino Acids Present In Semen. It Is A Key Intermediate In The Krebs-Henseleit Urea Cycle And Is Required To Be Present In The Body. Functions: L-arginine Is Used To Make The Nitric Oxide, A Compound In The Body That Relaxes Blood Vessels. L-arginine Is Also Involved In Protein Formation. In The Body, L-arginine Is Used To Make Nitric Oxide, Which Reduces Blood Vessel Stiffness, Increases Blood Flow, And Improves Blood Vessel Function. Applications: Arginine Plays An Important Role In Cell Division, The Healing Of Wounds, Removing Ammonia From The Body, Immune Function, And The Release Of Hormones. The Roles Of Arginine Include: Precursor For The Synthesis Of Nitric Oxide (NO) Non-L-arginine Derived NO Can Be Generated By The Nitrate-nitrite-nitric Oxide Pathway That Is Monitored Through Saliva Testing. Reduces Healing Time Of Injuries (particularly Bone) Quickens Repair Time Of Damaged Tissue Helps Decrease Blood Pressure In Clinical Hypertensive Subjects NO-mediated Decrease In Blood Pressure Is Influenced By Both The L-arginine-dependent Nitric Oxide Synthase Pathway And Non-L-arginine Or Alternative Pathway Through Nitrate-rich Foods Such As Beets And Spinach. Arginine Is A Potent Agonist Of The MTOR Protein Kinase That Regulates Growth And Metabolism At Both The Cellular And Organismal Level. Arginine Helps To Activate MTORC1 By Promoting Its Localization To The Lysosome By Binding To The CASTOR Proteins.

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