Manufacturer:Ordinary Peptides USA
Substance:Acadesine
Package qty.:vial / (50 mg)
SKU: P5137
AICAR 50 mg by Ordinary Peptides USA
Brand: Ordinary Peptides USA
Substance: Acadesine
Action of the Drug
AICAR activates AMPK pathways, supporting metabolic efficiency, endurance, and research on energy regulation in controlled studies.
Use in Sports
Studied for enhancing endurance, energy utilization, and recovery during prolonged physical activity. Ideal for research on metabolic performance and conditioning protocols.
Period of Drug Withdrawal
Effects gradually diminish over several hours to days after cessation, depending on dosage and research protocol specifics.
Rate of Suppression of Natural Testosterone Production
AICAR does not suppress natural testosterone, making it compatible with other peptides or anabolic agents in research protocols.
What Should Be Used During and After Use
During use:
- Follow recommended research dosing
- Monitor endurance and metabolic markers
After use:
- Continue assessing performance outcomes and energy efficiency
Combinations with Other Anabolic and Androgenic Drugs
AICAR can be combined with peptides or compounds like GW501516 to study synergistic effects on endurance and metabolic research.
Possible Side Effects and How to Avoid Them
- Mild fatigue – monitor and adjust protocols
- Temporary dizziness – ensure proper hydration and controlled dosing
Why We Recommend It
AICAR 50 mg is ideal for research focused on endurance, metabolic efficiency, and energy regulation in scientific studies.
Comparison with Other Drugs
Compared to other endurance peptides, AICAR offers potent AMPK activation and reliable metabolic support for controlled research protocols.
Main Properties
- Endurance Support: Enhances energy efficiency and stamina
- Metabolic Research: Supports studies on AMPK pathways and energy utilization
- Non-Suppressive: Safe with other anabolic peptides
- Well-Tolerated: Minimal side effects in research use
AICAR 50 mg by Ordinary Peptides USA is a premium peptide for research on endurance, metabolism, and performance studies.