Mazdutide
Mazdutide is a synthetic peptide-based investigational compound studied for its activity as a dual glucagon-like peptide-1 (GLP-1) and glucagon receptor agonist. It is widely researched in experimental models involving metabolic physiology, endocrine signalling, energy balance, and receptor-mediated cellular communication.
Mazdutide
Sale!
Mazdutide is a synthetic peptide-based investigational compound studied for its activity as a dual glucagon-like peptide-1 (GLP-1) and glucagon receptor agonist. It is widely researched in experimental models involving metabolic physiology, endocrine signalling, energy balance, and receptor-mediated cellular communication.
$129.00
Buy more, save more!
-
Save 2%
Buy 3, get $2.50 off each
$129.00Per item: $126.50Total price: $379.50 -
Save 3%
Buy 5, get $3.75 off each
$129.00Per item: $125.25Total price: $626.25 -
Save 6%
Buy 10, get $7.50 off each
$129.00Per item: $121.50Total price: $1,215.00
$139.00$129.00
99+% PURITY
All peptides are third-party lab tested.
SECURE PAYMENT
Your payments are secure with our private security network.
FREE SHIPPING
for orders over $250
Description
Additional information
Reviews (0)
Developed as an oxyntomodulin-based dual agonist, Mazdutide has attracted significant scientific interest due to its ability to activate both GLP-1 and glucagon receptor systems. Its dual-receptor pharmacology has made it an important subject in metabolic and endocrine research. Preclinical and clinical investigations have examined Mazdutide in relation to GLP-1 receptor signalling, glucagon receptor activation, and intracellular pathways associated with metabolic adaptation.
Ongoing research focuses on understanding its dual-agonist mechanisms, signal transduction pathways, and applications across endocrinology, physiology, and peptide research models.
Research Applications
- GLP-1 receptor signalling studies
- Glucagon receptor pathway investigations
- Dual-agonist receptor mechanism research
- Metabolic physiology studies
- Endocrine signalling pathway analysis
- Energy balance and metabolic adaptation research
- Molecular physiology and peptide biology investigations
- Receptor-mediated cellular communication studies
There are no reviews yet.