Arginine Oxoglurate丨CAS 16856-18-1

Arginine oxoglurate丨CAS 16856-18-1 is a salt of the amino acid L-arginine and alpha-ketoglutaric acid (AKG), a key intermediate in the Krebs cycle. This compound combines the nitric oxide (NO)-boosting power of arginine with the metabolic and anti-catabolic properties of alpha-ketoglutarate, making it highly relevant in the sports nutrition, medical nutrition, and clinical therapy industries.

1. Sports and Fitness Nutrition
Arginine oxoglutarate is a popular ingredient in pre-workout supplements and performance-enhancing formulations, due to its combined ability to:
● Enhance nitric oxide (NO) production
● Promote vasodilation, improving blood flow and muscle pump
● Support muscle growth, recovery, and endurance
Key Applications:
● Bodybuilding supplements
● Endurance sports nutrition
● Recovery drinks or powders

2. Medical and Clinical Nutrition
Arginine oxoglutarate has also been studied and used in clinical settings, especially in:
● Post-surgical recovery
● Wound healing
● Critical care nutrition
In these contexts, it helps:
● Improve tissue perfusion
● Support protein synthesis
● Reduce muscle catabolism
It is included in some parenteral nutrition formulas and enteral nutrition products for trauma, burn, and surgical patients.

3. Cardiovascular and Endothelial Health
Due to its vasodilatory effects via enhanced nitric oxide synthesis, Arginine oxoglurate丨CAS 16856-18-1 is explored for supporting:
● Healthy blood pressure
● Endothelial function
● Cardiovascular wellness
Although more research is needed, its NO-mediated benefits suggest potential utility in managing mild hypertension or circulatory dysfunctions.

4. Metabolic and Anti-Catabolic Support
Alpha-ketoglutarate (AKG), part of the compound, plays a key role in:
● Energy metabolism via the Krebs cycle
● Nitrogen scavenging
● Inhibiting protein breakdown
This makes AAKG valuable in conditions where muscle wasting, stress-induced catabolism, or energy deficiency are issues.

5. Biochemical and Research Use
Arginine oxoglutarate is used in biochemical studies related to:
● Amino acid metabolism
● Nitric oxide pathways
● Mitochondrial energetics
● Signal transduction in muscle and endothelial cells
It is also evaluated in research on nutrigenomics and metabolic disease interventions.

1. Enhanced Nitric Oxide Production
● Arginine is a direct precursor of nitric oxide (NO), a molecule that:
oPromotes vasodilation
oEnhances oxygen and nutrient delivery
oReduces vascular resistance
By improving blood flow to tissues, AAKG may enhance exercise performance, recovery, and tissue oxygenation.

2. Supports Muscle Growth and Performance
● L-Arginine increases growth hormone release and protein synthesis, while AKG supports amino acid metabolism.
● Together, they may:
oEnhance anabolism
oReduce muscle breakdown
oSupport lean muscle mass maintenance
This synergy is particularly useful in athletes and individuals undergoing rehabilitation or intense training.

3. Accelerates Healing and Recovery
● Arginine and AKG work to improve collagen synthesis, wound healing, and cell regeneration, especially in:
oSurgical recovery
oBurn and trauma care
oPressure ulcer management
This benefit is especially important in elderly or critically ill patients where healing is compromised.

4. Metabolic Fuel and Antioxidant Support
● AKG acts as a key intermediate in the citric acid cycle, supporting cellular energy production.
● It may also reduce ammonia toxicity and enhance glutamine availability, particularly under metabolic stress or catabolic states.

5. Supports Immune Function
Arginine oxoglurate丨CAS 16856-18-1 plays a role in T-cell function, wound immune response, and cytokine regulation, making AAKG beneficial in:
● Immunonutrition
● Infection recovery
● Malnutrition-related immune deficiency

Conclusion
Arginine oxoglurate丨CAS 16856-18-1 is a multi-functional compound with applications in sports nutrition, clinical therapy, and metabolic research. Its unique synergy-combining arginine's NO-enhancing effects with alpha-ketoglutarate's metabolic and anti-catabolic functions-offers substantial benefits in promoting:
● Muscle performance and recovery
● Tissue repair and healing
● Cardiovascular support
● Energy metabolism and immunity