Axon Biolabs offers certified Cagrilintide amylin analog standard reagents ($\text{AMYR/CTR}$) for academic and industrial research laboratories. Cagrilintide represents a long-acting acylated peptide analog of human amylin (islet amyloid polypeptide). Furthermore, chemists modify this sequence to increase chemical stability and solubility during in vitro binding studies.
Researchers investigate the Cagrilintide amylin analog standard to measure calcitonin and amylin receptor complex binding kinetics across cell lines. Specifically, studies focus on activation dynamics within the amylin receptor subtype pathways. Additionally, in dual-pathway metabolic research, scientists evaluate this compound alongside GLP-1 receptor mimetics like our Semaglutide GLP-1 standard. As a result, research teams can accurately monitor signal transduction crosstalk in cellular models.
Chemical Characteristics
-
CAS Registry Number: 1415456-99-3
-
Molecular Formula: C202H310N50O57S2
-
Molecular Mass: 4403.82 g/mol
-
Purity Rating: ≥98.0% (HPLC)
-
Appearance: Lyophilized solid
-
Vial Type: USP Type I glass with crimped seal
Laboratory Storage & Care
Store dry vials at -20°C in a dark freezer upon arrival to safeguard compound integrity. Furthermore, laboratory personnel should reconstitute the material using analytical-grade aqueous buffers under a HEPA-filtered clean bench. However, personnel must avoid repeating freeze-thaw cycles after solubilization. Therefore, researchers should aliquot solutions into single-use working volumes prior to initial freezing at -80°C.
Batch QC & Certification
Our quality assurance team subjects every production lot of Cagrilintide to reverse-phase HPLC purity analysis and mass spectrometry sequence confirmation. Specifically, amino acid sequences align directly with wild-type entries on the UniProt Protein Knowledgebase. Therefore, researchers can seamlessly download full Certificate of Analysis documents from our online COA Index.
Legal Compliance Disclaimer
We supply this reference material strictly for in vitro laboratory testing, scientific evaluation, and educational research. Consequently, regulatory guidelines strictly prohibit human, therapeutic, or animal administration under any circumstances.
