Name: L-Carnitine 300mg Alias: Levocarnitine, Vitamin BT CAS Registry number: 541-15-1 Molecular Formula: C?H??NO? Molecular Weight: 161.20 Da Purity: ≥99% (by HPLC) Appearance: White crystalline hygroscopic powder Packing: 300mg*10vials/box Product Group: Mitochondrial fatty acid transport cofactor Storage Conditions: Store at -20℃ in a dry, dark place; sealed and moisture-proof, avoid repeated freeze-thaw cycles.

Brief Introduction: L-Carnitine 300mg is a high-purity endogenous metabolic cofactor for exclusive laboratory research. As the core fatty acid transporter in vivo, it shuttles long-chain fatty acids into mitochondria for β-oxidation and energy generation. This low-dose standardized specification is suitable for precise metabolic regulation research, effectively promoting fat decomposition, reducing subcutaneous fat accumulation, and improving lipid energy utilization efficiency. It relieves exercise-induced lactic acid buildup, enhances mitochondrial energy output, improves insulin sensitivity, and assists in regulating blood lipids and mild hepatic lipid deposition. Widely applied in precise fat metabolism, sports fatigue recovery, mitochondrial energy research, mild metabolic regulation and cell physiology laboratory studies.

Main Research Applications: Fatty acid oxidation research: Used in cell and animal models to study fatty acid transport efficiency and mitochondrial lipolysis activation. Sports anti-fatigue research: Explore lactic acid clearance, endurance improvement and exercise energy metabolism optimization. Mild lipid regulation research: Investigate triglyceride modulation and subclinical fat deposition improvement. Mitochondrial function research: Analyze energy metabolism stability and mitochondrial respiratory efficiency enhancement. Dose-dependent metabolic research: Suitable for low-dose standard group control and precise metabolic difference analysis.

Note: This product is for laboratory research use only. It is not intended for human or animal therapeutic use, clinical trials, or any form of in vivo administration without prior ethical approval and regulatory authorization.