Pure Citrulline malate
Unflavored and additive-free 100% citrulline malate powder. Mixes easily with water. Citrulline malate is a combination of L-citrulline and malate, i.e. malic acid.
Citrulline malate improves sports anaerobic performance and reduces muscular pain.
Formula
100% Citrulline malate. No additives. Sweetener-free. Does not contain lactose, yeast or gluten.
Dietary supplement.
Nutritional content
1 teaspoon/teaspoon (5ml)
Citrulline malate 3.5 g
Daily Intake
Take 1 teaspoon (5 ml) 30-45 minutes before training. The recommended daily dose must not be exceeded. A nutritional supplement does not replace a varied and balanced diet or a healthy lifestyle.
Warnings
Please check the list of ingredients and the instructions for use on the package before using the product.
A nutritional supplement does not replace a varied and balanced diet or a healthy lifestyle.
Do not exceed the recommended dosage.
Storage
Not within the reach of children.
Additional Information
Another amino acid that the body naturally produces, l-citrulline, is transformed to l-arginine by the kidney. While increasing testosterone levels may be one of its benefits, l-citrulline also improves blood flow and nitric oxide levels, both of which can aid with erectile dysfunction.
As a nitric oxide (NO) enhancer, citrulline malate (CM) has recently been touted as a potential ergogenic aid to both resistance and high-intensity exercise performance, as well as the recovery of muscular performance.
Based on current research, a recommended dose is 3–6 grams per day of L-citrulline or approximately 8 grams per day of citrulline malate.
Some research shows that this may help individuals with erectile dysfunction. One small study showed that half of the men who took an L-citrulline supplement had an 8.3% improvement in erectile dysfunction scores over men who took a placebo.
l-Cit treatment reduced not only neuronal cell death but also capillary loss in the hippocampus area after brain ischaemia. The cerebrovascular protective effect of l-Cit was linked to the restoration of endothelial nitric oxide synthase (eNOS) expression in the hippocampus.