Citrulline Malate, Primaforce, Unflavored, 500 g
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Serving Size:1 scoop (2 g)
Servings Per Container: 250
| Amounts Per Serving | % Daily Value | |
| L-Citrulline Malate (2:1) | 2000 mg | * |
*Daily Value Not Determined.
Primaforce Citrulline Malate is a powdered blend of L-citrulline and malic acid in a 2:1 ratio for those who train intensely and value precise dosing. L-citrulline is known for its role in nitrogen metabolism and the urea cycle, making it a popular choice among athletes and functional fitness enthusiasts. The flavorless formula maintains a clean profile and integrates easily into custom drinks.
- Form: powder.
- Volume:500 g.
- Age recommendations: adults.
- Primary actions:participates in the urea cycle and ammonia utilization, is involved in the arginine and nitric oxide synthesis pathways, and is often used for purposes related to training endurance and the feeling of a "pump."
Key benefits
- Nitrogen balance: The relationship of L-citrulline with the arginine and nitric oxide formation pathways is considered in the context of muscle blood flow during exercise. This involvement may contribute to a more consistent feeling of "pumping" during training.
- Energy transformations: Malate is included in the Krebs cycle, which is involved in the production of cellular energy. In practice, this is often used in scenarios where a stable work tempo during sets is important.
- Ammonia metabolism: Involvement in the urea cycle is associated with the utilization of nitrogenous metabolites during intense sessions. This vector may contribute to a more comfortable perception of work volume.
- Clean profile: High degree of purity without unnecessary additives expands compatibility with various nutritional programs. Each batch is tested for compliance with the declared composition.
Ingredients and their properties
- L-Citrulline Malate (2:1):participates in the urea cycle and the pathways for the synthesis of arginine and nitric oxide, and is also included in energy reactions through malate, which is often used for endurance and strength tasks.
Directions for use: Citrulline Malate, Primaforce, unflavored, 500 g
- Suggested use:As a dietary supplement, take 1 scoop daily, mixed with 170-280 ml of water, or as recommended by a healthcare professional.
Ingredients: Citrulline Malate, Primaforce, unflavored, 500 g
Other ingredients:none.
Key Benefits: Citrulline Malate, Primaforce, Unflavored, 500 g
Primaforce's Citrulline Malate combines an amino acid and an organic acid in a 2:1 ratio, tailored to the needs of intense training. The neutral flavor and powder form allow for personalized dosing and mixing. Batch purity is confirmed by testing, and the packaging is designed for long-term use.
- Accurate Dosing: The powder form allows you to measure out a portion based on your training goals and periodization. This approach is simplified combining with other sports nutrients without overloading the taste and texture.
Energy endurance: Citrulline is involved in the energy production cycle, acting on the processing of ammonia and will support long-term muscle performance. Its participation allows the body to adapt to physical exercise.
Metabolic muscle support: Malate is included in the Krebs cycle and is associated with energy production at the cellular level. The joint work of citrulline and malate is reflected in the rate of recovery after intense training.
Circulation support: Citrulline is involved in the formation of nitric oxide, associated with vascular tone. This allows tissues to receive more oxygen and nutrients during periods of activity.
Focus and stability of training rhythm: The interaction of citrulline and malate affects the stability of energy reactions. Training is more smooth, and sharp drops in intensity are less common.
Properties: Citrulline Malate, Primaforce, Unflavored, 500 g
L-citrulline malate 2:1 is involved in nitrogen metabolism and energy transformation pathways, which are relevant during high loads. Its participation is related to the processing of metabolites, the formation of intermediate compounds, and blood flow-dependent processes in muscle work.
| Property | Description |
|---|---|
| Participation in the urea cycle and removal of metabolic by-products | Citrulline is involved in the reactions of converting ammonia into less toxic compounds with subsequent excretion. This inclusion is associated with the maintenance of the purity of nitrogen metabolism during intense exercise. |
| Participation in the maintenance of nitrogen metabolism | The amino acid link is involved in the transfer of nitrogen groups and intermediate steps of arginine synthesis. This creates the prerequisites for the orderly processing of nitrogen compounds during training. |
| Participation in the synthesis of arginine and the pathways for the formation of nitric oxide | Citrulline serves as a precursor of arginine, which is involved in the generation of nitric oxide. This link is associated with local responses of the vascular wall during muscle work. |
| Participation in the processes of energy metabolism of muscle cells | The salt of citrulline with malate is associated with cycles, where malate is an intermediate metabolite of energy metabolism. This foundation establishes a smooth transfer of substrates for cellular energy production. |
| Participation in reducing ammonia accumulation during exercise | Involvement in urogenesis is associated with the processing of ammonia, which is formed during high-volume work. Due to this, the preconditions are created for a chemical metabolic profile during training. |
| Participation in restoring metabolic balance after physical activity | After a training session, citrulline-related pathways are focused on returning metabolite concentrations to baseline. This concerns the redistribution of nitrogen compounds and the utilization of by-products. |
| Participation in the regulation of blood flow during exercise | Through its presence in arginine, the amino acid is coupled to form molecules that are involved in vascular reactions. This mechanism correlates with the distribution of blood to the working muscle groups. |
Contraindications and warnings: Citrulline Malate, Primaforce, unflavored, 500 g
| Contraindications and warnings | Description |
|---|---|
| Age | For healthy individuals 18 years of age and older. |
| Consult a doctor | Consult a doctor before use if you are pregnant, nursing, taking medication, or have a medical condition. |
| Children | Keep out of reach of children place. |
| Film | Do not use if protective film is damaged or missing. |
| Storage Conditions | Store in a cool, dry place. |
Benefit Research: Citrulline Malate, Primaforce, Unflavored, 500 g
The base is L-citrulline malate 2:1, where the amino acid is bound to malic acid and is aimed at participating in nitrogen metabolism and energy pathways of muscle work. The ingredients are considered in the context of the urea cycle and the formation of arginine with the subsequent formation of nitric oxide. The importance of these mechanisms has been confirmed by international studies.
Research
- The role of L-citrulline in the urea cycle and arginine formation pathways:the study examines the stages of citrulline conversion to arginine and its participation in the utilization of nitrogen metabolites within the ornithine cycle. The authors describe the biochemical links through which citrulline is coupled with nitric oxide synthesis and nitrogen detoxification systems.
Source: PubMed - Citrulline malate and metabolic indices during intense exercise:a randomized study involving training adults assessed the number of repetitions and subjective sensations after taking citrulline malate compared to placebo. The publication recorded an increase in the volume of work performed and more favorable assessments of post-exercise sensations in the experimental group.
Source: European Journal of Applied Physiology
Expert opinions
- Armin Schwedhelm, Germany, Charité - Universitätsmedizin Berlin. The researcher emphasizes that L-citrulline is considered a convenient precursor of arginine, involved in supporting nitrogen metabolism and the formation of nitric oxide in the vascular bed.
- Paul Jakeman, Ireland, University of Limerick. The specialist notes the interest of trainees in citrulline malate due to the combination of the amino acid with malate, associated with energy pathways and parameters of work muscle in high-intensity sessions.
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