Premium laboratory-grade Cagrilintide supplied in a specialized 10mg configuration. This highly stable acylated analog of the pancreatic hormone amylin is precisely engineered for long-duration metabolic simulation. Formatted to ensure flawless text readability inside your admin editor and clean contrast on your store layout, this 10mg lyophilized compound serves as an essential testing tool for mapping synergistic satiety signaling pathways, tracking gastric emptying delay models, and investigating non-GLP-1-mediated lipolysis mechanisms in vitro. For laboratory and in vitro research use only. Not for human consumption. Not a medicine.
Cagrilintide is a novel, synthetic acylated lipopeptide modeled after endogenous human amylin. By modifying the primary peptide chain and adding a specific fatty acid side-chain, this compound exhibits a heavily prolonged half-life profile compared to native pancreatic isolates. It acts as a potent, non-selective agonist at both calcitonin receptors and amylin receptor complexes ($AMY_1$, $AMY_2$, and $AMY_3$).
In preclinical metabolic research and lipolysis tracking profiles, Cagrilintide is used to isolate central neuro-signaling mechanisms. Unlike traditional incretin mimetics, Cagrilintide’s binding profile allows investigators to study homeostatic weight-regulation models via alternative neuro-endocrine pathways, offering a foundational framework for analyzing multi-hormonal synergy in cell-based assays.
Analytical Purity & Batch Verification
To ensure strict, repeatable baseline values during sensitive enzymatic or cellular screening schedules, every batch undergoes standardized laboratory testing:
HPLC Purity Confirmation: Assayed via High-Performance Liquid Chromatography to guarantee a chemical purity rating of ≥98.0%, strictly eliminating unexpected peptide truncations.
Mass Spectrometry Analysis: Mass-spectral evaluation certifies that the acylation profile and molecular mass align directly with the required reference standard.
Lyophilized Integrity: Every 10mg configuration is freeze-dried and vacuum-sealed to prevent trace ambient moisture or oxidation loops during long-term storage.
Preclinical Research Dynamics & Vector Targets
Preclinical investigation models incorporating Cagrilintide 10mg focus prominently on several physiological vectors:
Amylin Receptor Signaling: Tracking cAMP generation pathways and downstream intracellular calcium mobilization following targeted receptor activation.
Synergistic Co-Agonism Models: Observing metabolic cell responses when evaluated concurrently alongside GLP-1 or GIP receptor agonists to map complementary signaling loops.
Adipocyte Lipolysis Kinetics: Testing lipid storage adjustments and tracking metabolic gene expression biomarkers within differentiated adipocyte cell lines in vitro.
Peptide Profile & Specifications
Chemical Name:
Cagrilintide Acetate
Molecular Class:
Acylated Pancreatic Hormone Analog (Lipopeptide)
CAS Registry Number:
2414488-34-3
Purity Level:
≥98.0% Certified via High-Resolution Analytical HPLC
Physical Presentation:
Freeze-dried uniform white lyophilized powder cake under vacuum
Laboratory Reconstitution & Storage Standards
To ensure structural peptide defense and avoid early side-chain cleavage or peptide degradation:
Lyophilized Compound Safety: Keep un-reconstituted glass vials in sub-zero freezer environments at -20°C for extended holding terms. Protect meticulously from direct sunlight arrays.
Fluid Reconstitution Phase: Ensure the glass housing reaches full ambient room temperature markers before removing the seal. Reconstitute slowly utilizing Sterile Bacteriostatic Water or normal saline. Swirl smoothly; avoid intense mechanical mixing or shaking.
Reconstituted Liquid Limits: Store the active fluid mixture inside a dark refrigeration drawer between 2°C and 6°C. Complete all data-sampling sequences within 14 days post-reconstitution for accurate experimental tracking.
⚠️ Preclinical Integrity Notice
All laboratory assets documented within this registry are distributed exclusively for verified laboratory research, analytical control trials, and foundational in vitro testing models. This chemical compound is strictly not approved for human therapeutic, clinical, veterinary, or diagnostic administration.
