Description

Adenosine Disodium Triphosphate (ATP) injection delivers a direct source of cellular energy to enhance extracellular ATP availability. ATP supports vasodilation, mitochondrial function, muscle performance, and tissue perfusion in various research models. Each 1?ml ampoule delivers 10?mg ATP in sterile liquid form, suitable for acute experimental protocols.

Adenosine Disodium Triphosphate Injection Product Specifications

Adenosine Disodium Triphosphate Injection Mechanism of Action

ATP binds to purinergic receptors (P2X/P2Y) or is taken up by cells to support mitochondrial ATP synthesis. Research shows its use improves microcirculation, cardiac function during ischemia, muscle performance, and metabolic recovery ([turn0search6], [turn0search9]).

Adenosine Disodium Triphosphate Injection Research Application Areas

• Ischemia–reperfusion injury: Evaluating cell protection via energy support

• Cardiac models: Arrhythmia studies and perfusion enhancement

• Mitochondrial metabolism: Restoring ATP levels in cell and tissue studies

• Muscle energetics: Applied in skeletal and cardiac muscle models

• Metabolic and hepatic support: Investigating energy restoration in hypoxic conditions

Reinforced by applications showing ATP’s role in cellular energy restoration, cardiac perfusion, and immunometabolism.

Safety & Handling

• Preparation: Use ampoules directly; no dilution necessary.

• Administration: Aseptic handling; IV dosing in models requires monitoring for hypotension or arrhythmias.

• Adverse Effects: Possible transient blood pressure drop or arrhythmia if administered too quickly.

• Storage: Maintain at 2–8?°C; avoid freezing or light.

• Lab Precautions: Use gloves and eyewear; follow institutional protocols.

Core Keywords

ATP injection, adenosine triphosphate injection, ATP disodium 10mg, CAS 34369-07-8, H61021839, ischemia-reperfusion ATP, mitochondrial energy injection, cardiac research ATP, wholesale ATP ampoules

Research Use Disclaimer

For laboratory and preclinical research use only. Not approved for clinical, therapeutic, veterinary, or diagnostic use. Misuse has legal, regulatory, and safety implications. Use under approved protocols.