AICAR
A compound used in laboratory research on cell energy.

- Type
- Peptide
- Research area
- Metabolic research
- Research stage
- Laboratory and animal research
- FDA status
- Not an FDA-approved medicine
About AICAR
A compound used in laboratory research on cell energy.
Where the research stands
Most published work on this compound comes from laboratory, animal or early human studies. Results in those settings don't always carry over to people, and long-term safety data are limited.
Read the studies
Educational information only; not medical advice. Talk to a licensed doctor before using any compound.
Common questions
Is AICAR an FDA-approved medicine?
No. AICAR is not an FDA-approved medicine. Research stage: Laboratory and animal research.
Does EKO Labs sell AICAR?
No. EKO Labs does not sell AICAR or any research compound. This library is for education only. EKO Labs offers FDA-approved prescription treatments only after a licensed doctor decides they are right for you.
Can people use AICAR?
This page does not cover personal use. Products labeled "research use only" are not made or approved for people. Ask a licensed doctor before using any compound.
What is the molecular formula of AICAR?
According to PubChem (U.S. National Library of Medicine), AICAR has the molecular formula C9H15N4O8P and a molar mass of about 338.2 g/mol.
The molecule: AICAR
Drag to rotate. Every atom and bond below comes from the public PubChem database of the U.S. National Institutes of Health; nothing is drawn by AI.

- Formula
- C9H15N4O8P
- Molar mass
- 338.2 g/mol
- Heavy atoms
- 22
- PubChem CID
- 65110 ↗
Source: PubChem, National Library of Medicine (public domain).
Related compounds
C111H206N36O28S2Adipotide (FTPP)Adipotide (FTPP)
An experimental peptide studied in animal research on the blood supply of fat tissue.
C80H127N23O24S2HGH Fragment 176-191HGH Fragment 176-191
A fragment of the growth hormone molecule studied in metabolism research.
C18H14N2O2SLU-PP-332SLU-PP-332
A small molecule (not a peptide) studied in mouse research on exercise-like metabolic effects.