Approved

Capromorelin: Uses, Mechanism, and Safety Overview

Drafted by an automated content engine from FDA, PubChem, ClinicalTrials.gov, NIH DSLD, and Open Beauty Facts data.

Molecular formulaC28H35N5O4
Molecular weight505.6 g/mol
Registered trials0
PubChem CID216208

What Capromorelin Is

Capromorelin is a synthetic small molecule with the chemical formula C28H35N5O4 and a molecular weight of about 505.6 g/mol (PubChem CID 216208). Beyond its chemical identity, this overview does not include label-based indication, mechanism, or side effect data, since that information was not provided in the source dataset used to generate this page.

What The Evidence Shows

No registered clinical trials or trial samples were available in the dataset used to compile this overview, so trial footprint details cannot be summarized here.

FAQ

What is capromorelin?
Capromorelin is a synthetic small molecule identified by PubChem CID 216208, with a molecular formula of C28H35N5O4 and a molecular weight of roughly 505.6 g/mol. Detailed label information about its approved uses or mechanism was not available in the dataset used for this overview.
Is capromorelin FDA approved?
This overview is based on data marked as approved status, though specific label details such as indications and mechanism were not provided in the source dataset. Readers should consult official prescribing information for confirmed regulatory details.
Are there clinical trials for capromorelin?
The dataset used for this overview did not list any registered clinical trials or trial samples for capromorelin. As a result, no trial-based evidence summary can be provided here.
What side effects are associated with capromorelin?
No adverse event report data was available in the dataset used to compile this overview, so a side effect summary cannot be provided at this time.
This page is an editorial information resource. It does not sell, prescribe, or recommend any medication. Content is editorial information, not medical advice. Talk to your doctor before any treatment decision.

Sources: PubChem CID 216208

Updated 2026-08-10