RetatrutideResearch compound profile
Triple GIP / GLP-1 / glucagon receptor agonist
RESEARCH CODE LY3437943
Molecular information · research context · original publications

- COMPOUND
- Retatrutide
- RECEPTOR PROFILE
- GIP · GLP-1 · GCGR
- REFERENCE REVIEW
RESEARCH INFORMATION ONLY · NOT FOR HUMAN USE
Overview
Retatrutide was studied as LY3437943, with published research involving GIP, GLP-1 and glucagon receptors.
The 2022 paper describes the discovery and early research on LY3437943. Clinical research and an individual sample’s identity, purity or content testing are different forms of evidence.
The original research uses the identifier LY3437943 and examines activity at three receptor classes.
Product information
- NAME
- Retatrutide
- 中文名称
- 瑞他鲁肽
- CLASS
- Triple GIP / GLP-1 / glucagon receptor agonist
- RESEARCH CODE
- LY3437943
- RECEPTOR PROFILE
- GIP · GLP-1 · GCGR
The molecular information above is based on public research. See the original publications below.
Research references
DOI: 10.1016/j.cmet.2022.07.013
Research papers provide molecular context and do not replace testing of a specific sample.
Frequently asked
How do research papers differ from batch COAs?
A paper describes a molecule and results within a particular study. A batch COA records testing of a particular sample. Citing research does not establish that a displayed sample has undergone the same testing.
Do vial images show actual specifications?
Images are illustrative, not actual packaging photographs, measured content, purity or stock information. Sample details need to match the actual label, batch and documents.
How can I report an issue with a reference?
Scan the WhatsApp QR code to contact manax with the page address and relevant source or document. You review and send the message yourself.
THE JOURNAL / MANAX
Read the evidence. Understand the research.
Molecular identity, analytical testing, storage and regulatory reading.
Endotoxin testing: reading beyond “Pass”
“Pass” is a conclusion against a defined method and criterion. Units, sample dilution, assay sensitivity and interference controls provide the context needed to interpret the result.
Lyophilized peptides: beyond the temperature log
A temperature log records exposure; stability evidence helps interpret its effect. Time, moisture, packaging and relevant tests matter alongside temperature. Lyophilization alone does not establish a shelf life.
Semaglutide and tirzepatide: what a method must demonstrate
Using RP-HPLC does not make two analytical procedures equivalent. Suitability needs evidence for the intended measurement. Different molecules also do not, by themselves, prove that one method can never serve both.

