Research Overview: Creatine Malate
Creatine malate is a chelated form of creatine monohydrate bound with malic acid, designed to investigate enhanced bioavailability and cellular energy metabolism pathways. This compound combines the phosphocreatine energy system properties of creatine with the citric acid cycle involvement of malate, offering researchers a unique tool for studying ATP regeneration mechanisms. Laboratory investigations examine how this chelated form affects creatine uptake kinetics compared to traditional monohydrate variants. Research teams at Stroid UK Shop utilise such compounds to evaluate cellular energetics and mitochondrial function in controlled experimental conditions.
Laboratory Research Applications
In-vitro studies investigate creatine malate’s effects on phosphocreatine resynthesis rates and cellular energy homeostasis. Researchers examine its impact on muscle cell cultures to understand ATP turnover mechanisms during high-energy demand periods. The malate component provides additional research value by studying its role in aerobic energy production pathways. Academic institutions studying creatine supplementation mechanisms often compare this chelated form against standard creatine variants. Laboratory protocols evaluate solubility characteristics, pH stability, and cellular uptake efficiency across different experimental models.
Technical Specifications
| Active Compound | Creatine Malate |
|---|---|
| Dosage per Capsule | 600mg |
| Form | Capsules |
| Manufacturer | Chevron Nutrition |
| CAS Number | Verify with supplier |
| Storage Requirements | Room temperature, dry conditions |
Research teams studying advanced creatine formulations often cross-reference data with SARMs research and peptide investigations to understand comprehensive cellular energy pathways.
Research Compliance Statement
This creatine malate formulation is manufactured by Chevron Nutrition exclusively for laboratory research purposes. Academic and commercial research facilities utilise these capsules for in-vitro cellular energy studies and metabolic pathway investigations. The product is not intended for human consumption and must be handled according to standard laboratory safety protocols. Researchers should verify all specifications with analytical testing before incorporating into experimental designs.
