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GLP-3 (RT)

Multi-Receptor Incretin Research Compound
GLP-3 (RT)
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Research use only. Not for human consumption. Sold exclusively for qualified research.

Third-Party Testing

We use third-party testing to give you a clearer look at identity, purity, and batch consistency before a product reaches your lab. Our testing is done by Freedom Diagnostics.

Variant
Testing summary
Purity
HPLC & Mass Spectrometry
99.00%

Placeholder result until AMINOLOGIC batch testing is published.

Lot #
Pending
Tested
Pending
View CoA
Endotoxins
Sterility & LAL Testing
Pending

Endotoxin documentation will publish when available.

Lot #
Pending
Tested
Pending
View CoA
Net Content
HPLC Analysis
Pending

Batch conformity documentation will publish when available.

Lot #
Pending
Tested
Pending
View CoA
Consistency
QC Verification
Pending

Batch conformity documentation will publish when available.

Lot #
Pending
Tested
Pending
View CoA
What do these tests mean?+
01 / Purity
HPLC & Mass Spectrometry

We use HPLC and Mass Spectrometry to make sure the peptide is what it says it is, with a clear look at purity and any major impurities we would want you to know about.

Why it matters: Cleaner identity and purity documentation helps reduce uncertainty when comparing batches or planning controlled work.

02 / Safety
Sterility & LAL Testing

We check for bacterial endotoxins because cleaner documentation matters, especially for researchers working with sensitive cell culture or in vivo settings.

Why it matters: Contaminant screening gives researchers cleaner documentation before bringing a batch into sensitive workflows.

03 / Net Content
HPLC Analysis

Every vial is tested to confirm it contains the labeled amount of peptide, with batch records that make net content easier to verify before it reaches your lab.

Why it matters: You can plan research around documented concentration instead of relying on label claims alone.

04 / Consistency
QC Verification

Additional vials from the same lot can be compared against the primary sample, giving another layer of confidence that the batch is consistent from vial to vial.

Why it matters: Batch-to-batch checks make it easier to compare results across repeat orders and longer research timelines.

Similar research products

Based on the current compound category and related research focus.

Related

Compound Information

Reference details for molecular identification, handling conditions, and storage guidance.

Molecular profile

Structural identifiers and catalog-level compound reference data.

Identity
Molecular Details
Type
Synthetic triple-receptor agonist peptide
CAS Number
2381089-83-2
Molecular Weight
4,731 g/mol
Fatty Acid Chain
C20 diacid
Amino Acids
39
Formula
C221H343N52O65

Alternate names

Common catalog aliases and related compound naming.

Aliases
  • LY3437943
  • GLP-3

Stability & storage

Storage states and handling notes for controlled laboratory workflows.

Storage
Storage States
  • Lyophilized (powder)
    -20°C/2 years when properly stored
  • Reconstituted
    2-8°C/use within 30 days
Storage Tips
  • Protect from light
    Keep the vial away from direct sunlight and bright lab light.
  • Avoid repeated freeze-thaw cycles
    Avoid repeated temperature swings once the vial is stored.
  • Store sealed until ready for laboratory use
    Keep sealed until ready for controlled laboratory use.

Product overview

Scientific context and research-use framing for this catalog material.

Overview

GLP-3 (RT) is a peptide-based research compound associated with the glucagon-family incretin receptor system. This receptor family includes GLP-1R, GIPR, and GCGR, which are Class B G protein-coupled receptors studied for their shared peptide-ligand recognition features, extracellular domains, and related receptor-activation architecture. GLP-3 (RT) is best positioned as part of multi-receptor incretin peptide analog research rather than as a body-composition or clinical-use product.

In laboratory research, incretin-family peptide compounds are used to study how related peptide ligands interact with homologous receptor systems. Researchers may compare receptor-family selectivity, ligand binding behavior, receptor conformation, and downstream signaling architecture across GLP-1, GIP, and glucagon-associated receptor models. Structural research on multi-target peptide ligands has examined how GIPR, GLP-1R, and GCGR can be engaged by related peptide designs, making this class useful for receptor-family comparison and peptide analog characterization. Nature

GLP-3 (RT) is relevant to laboratory models involving peptide-receptor interaction studies, G protein-associated signaling models, receptor phosphorylation, beta-arrestin recruitment, receptor trafficking, and structure-activity relationship research. GLP-1R, GIPR, and GCGR are also studied together because of their structural similarity and potential signaling/trafficking interactions in controlled receptor-model systems. PMC

Researchers may study GLP-3 (RT)-type compounds as part of comparative peptide biology workflows, especially when evaluating multi-pathway incretin receptor models, ligand bias, receptor-family mapping, and sequence-specific activity. Its scientific value is in its placement within incretin-family pathway research and peptide analog characterization, not in any human-use application.

For laboratory research use only. Not for human or veterinary use.

Clinical & preclinical references

Peer-reviewed studies referenced for educational purposes only. Not intended as medical advice or product claims.

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