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AICAR 50 mg – AMPK Signalling | Cellular Energy Research | Premium Research Compound
A premium research compound supplied in a convenient 50 mg vial.
AICAR, also known as 5-Aminoimidazole-4-carboxamide ribonucleoside or acadesine, is a research compound widely investigated for its interaction with AMP-activated protein kinase (AMPK) and cellular energy-regulation pathways.
What’s Included
1x AICAR 50 mg vial
Over 99% Purity
Premium-quality research compound
Shipped from the Gold Coast, Queensland
Australia Post Express Post
Why Choose AICAR 50 mg?
AICAR is an adenosine-regulating compound that can be converted within cells into an AMP analogue known as ZMP.
Researchers investigate this mechanism for its potential influence on AMPK, an important cellular energy sensor involved in:
Energy-balance regulation
Glucose-related processes
Lipid-metabolism pathways
Mitochondrial activity
Cellular stress responses
Metabolic adaptation
Nutrient-signalling mechanisms
AICAR Research
AICAR is commonly investigated in laboratory and preclinical studies relating to:
AMPK pathway activation
Cellular energy sensing
Glucose transport and metabolism
Fatty-acid oxidation
Lipid-metabolism mechanisms
Mitochondrial biogenesis and activity
Metabolic stress responses
Cellular ATP and AMP balance
Skeletal-muscle metabolism
Cardiovascular and tissue-energy pathways
Research continues into how AICAR influences AMPK-dependent and independent cellular processes.
Premium Research Compound. One Easy Order.
OZZ Peptides AICAR 50 mg provides researchers with a convenient option for investigating AMPK activity, metabolic signalling, and cellular energy pathways.
Securely packed and shipped directly from the Gold Coast using Australia Post Express Post.
Product Highlights
⚡ Cellular-Energy Research
Studied for its interaction with pathways responsible for sensing and regulating cellular energy.
🧬 AMPK-Signalling Research
Widely investigated for its ability to influence AMP-activated protein kinase activity.
🔬 Metabolic-Pathway Research
Used in studies examining glucose transport, lipid metabolism, and fatty-acid oxidation.
🧫 Mitochondrial Research
Investigated in relation to mitochondrial activity, biogenesis, and metabolic adaptation.
⚙️ Adenosine-Regulating Compound
Converted within cells into an AMP analogue that supports specialised energy-pathway research.
💎 Over 99% Purity
Premium-quality research compound.
📦 Fast Australian Delivery
Sent using Australia Post Express Post.
🌴 Gold Coast Based
Packed and shipped by the OZZ Peptides team in Queensland.
What You’ll Receive
1x AICAR 50 mg vial
Securely packed for delivery
Australia Post Express Post
Storage
Store according to the storage information supplied with the product.
Before reconstitution, keep the vial in a cool, dry environment away from direct sunlight. After reconstitution, appropriate refrigerated storage may be required depending on the research protocol.
Important Information
Products supplied by OZZ Peptides are intended for laboratory research purposes only and are not intended for human consumption, performance enhancement, diagnosis, treatment, cure, or prevention of any disease.
A premium research compound supplied in a convenient 50 mg vial.
AICAR, also known as 5-Aminoimidazole-4-carboxamide ribonucleoside or acadesine, is a research compound widely investigated for its interaction with AMP-activated protein kinase (AMPK) and cellular energy-regulation pathways.
What’s Included
1x AICAR 50 mg vial
Over 99% Purity
Premium-quality research compound
Shipped from the Gold Coast, Queensland
Australia Post Express Post
Why Choose AICAR 50 mg?
AICAR is an adenosine-regulating compound that can be converted within cells into an AMP analogue known as ZMP.
Researchers investigate this mechanism for its potential influence on AMPK, an important cellular energy sensor involved in:
Energy-balance regulation
Glucose-related processes
Lipid-metabolism pathways
Mitochondrial activity
Cellular stress responses
Metabolic adaptation
Nutrient-signalling mechanisms
AICAR Research
AICAR is commonly investigated in laboratory and preclinical studies relating to:
AMPK pathway activation
Cellular energy sensing
Glucose transport and metabolism
Fatty-acid oxidation
Lipid-metabolism mechanisms
Mitochondrial biogenesis and activity
Metabolic stress responses
Cellular ATP and AMP balance
Skeletal-muscle metabolism
Cardiovascular and tissue-energy pathways
Research continues into how AICAR influences AMPK-dependent and independent cellular processes.
Premium Research Compound. One Easy Order.
OZZ Peptides AICAR 50 mg provides researchers with a convenient option for investigating AMPK activity, metabolic signalling, and cellular energy pathways.
Securely packed and shipped directly from the Gold Coast using Australia Post Express Post.
Product Highlights
⚡ Cellular-Energy Research
Studied for its interaction with pathways responsible for sensing and regulating cellular energy.
🧬 AMPK-Signalling Research
Widely investigated for its ability to influence AMP-activated protein kinase activity.
🔬 Metabolic-Pathway Research
Used in studies examining glucose transport, lipid metabolism, and fatty-acid oxidation.
🧫 Mitochondrial Research
Investigated in relation to mitochondrial activity, biogenesis, and metabolic adaptation.
⚙️ Adenosine-Regulating Compound
Converted within cells into an AMP analogue that supports specialised energy-pathway research.
💎 Over 99% Purity
Premium-quality research compound.
📦 Fast Australian Delivery
Sent using Australia Post Express Post.
🌴 Gold Coast Based
Packed and shipped by the OZZ Peptides team in Queensland.
What You’ll Receive
1x AICAR 50 mg vial
Securely packed for delivery
Australia Post Express Post
Storage
Store according to the storage information supplied with the product.
Before reconstitution, keep the vial in a cool, dry environment away from direct sunlight. After reconstitution, appropriate refrigerated storage may be required depending on the research protocol.
Important Information
Products supplied by OZZ Peptides are intended for laboratory research purposes only and are not intended for human consumption, performance enhancement, diagnosis, treatment, cure, or prevention of any disease.