ADDITIONAL INFO

Power Blitz — High-Performance Metabolic Research Formulation

Power Blitz is a high-performance metabolic research formulation designed for laboratory studies of cellular energy production, mitochondrial activity, and endurance-related metabolic pathways. Each milliliter contains:

• Carnitine: 400 mg/mL — studied for transporting long-chain fatty acids into mitochondria for β-oxidation

• ATP: 40 mg/mL — a key regulator of cellular energy balance

• AMP: 5 mg/mL — involved in adenine nucleotide turnover and energy signaling

This combination provides a synergistic bioenergetic profile frequently used in in vitro research to examine ATP-dependent mechanisms, mitochondrial efficiency, and metabolic responses under stress or high-energy conditions.

For in-vitro laboratory research only. Not a drug, food, cosmetic, or veterinary product. Not for human or animal administration.

Product Details

• Compound Name: Power Blitz (Carnitine + ATP + AMP)

• Net Contents: 20 mL per vial (Carnitine 400 mg/mL, ATP 40 mg/mL, AMP 5 mg/mL)

• Primary Targets: Mitochondrial function, energy metabolism, β-oxidation pathways

• Research Applications: Cellular bioenergetics, ATP-dependent mechanisms, metabolic efficiency, mitochondrial signaling, endurance-related pathways

• Purity: ≥98% (lot-specific HPLC; Certificate of Analysis available)

• Manufactured in: GMP-compliant facility

• Intended Use: Laboratory research use only — not for human or veterinary use

Storage & Handling

• Store sealed vials at 2–8 °C, protected from light and moisture

• Shake gently before use

• Handle under sterile laboratory conditions

• Consult SDS for hazards and first-aid guidance

Research Applications

Power Blitz is commonly used in laboratory and preclinical studies to investigate:

• Mitochondrial energy metabolism and efficiency

• ATP- and AMP-dependent signaling pathways

• Fatty acid β-oxidation via Carnitine transport

• Cellular responses to high-energy demand or stress

• Mechanisms of endurance and metabolic activation