5-Amino-1MQ 50mg
Research Studies:
- Facilitates inhibition of nicotinamide N-methyltransferase and subsequent NAD+ metabolic flux
- Supports investigation into intracellular nicotinamide salvage and sirtuin-mediated signaling
- Enables analysis of energy metabolism and adipose tissue thermogenic pathways
- Useful for modeling NNMT-dependent epigenetic regulation in cellular research assays
Adipotide 10mg
Research Studies:
- Facilitates analysis of prohibitin-mediated apoptosis in white adipose tissue vascularization
- Supports investigation into targeted mitochondrial disruption within endothelial cell assays
- Enables research on rapid reduction of adipose mass and angiogenesis
- Useful for evaluating metabolic homeostasis following selective vascular ablation in models
AOD-9604 10mg
Research Studies:
- Facilitates analysis of hGH-derived lipolytic signaling without IGF-1 induction
- Supports investigation into phosphorylation-mediated lipid metabolism and fat oxidation
- Enables comparative modeling of non-diabetogenic growth hormone fragment activity
- Useful for probing metabolic pathways governing adipose tissue remodeling assays
AOD-9604 2mg
Research Studies:
- Facilitates analysis of hGH-derived lipolytic signaling without IGF-1 induction
- Supports investigation into phosphorylation-mediated lipid metabolism and fat oxidation
- Enables comparative modeling of non-diabetogenic growth hormone fragment activity
- Useful for probing metabolic pathways governing adipose tissue remodeling assays
Cagrilintide + GLP-1S (10mg Blend)
Research Studies:
- Combo of cagrilintide (amylin analog) + GLP‑1S (GLP‑1R agonist) for multi‑target assays
- Supports in vitro profiling of amylin and GLP‑1 receptor signaling pathways
- Useful for exploring energy‑balance/appetite signaling interactions in cell models
- Enables evaluation of secretion and metabolic biomarker readouts in vitro
Blend Specification:
- Cagrilintide 5mg
- GLP-1S 5mg
Cagrilintide 10mg
Research Studies:
- Potent non-selective amylin receptor agonist for investigating calcitonin receptor signaling
- Supports analysis of synergistic GLP-1 and amylin-mediated metabolic pathway regulation
- Enables research on appetite suppression mechanisms through hindbrain area postrema activation
- Useful for evaluating dose-dependent modulation of gastric emptying and glucagon kinetics
Cagrilintide 5mg
Research Studies:
- Potent non-selective amylin receptor agonist for investigating calcitonin receptor signaling
- Supports analysis of synergistic GLP-1 and amylin-mediated metabolic pathway regulation
- Enables research on appetite suppression mechanisms through hindbrain area postrema activation
- Useful for evaluating dose-dependent modulation of gastric emptying and glucagon kinetics
GLOW (GHK-Cu 50mg + TB-500 10mg + BPC-157 10mg) 70mg Blend
Research Studies:
- Facilitates investigation into copper-peptide complexation and cellular collagen synthesis pathways
- Enables multi-target analysis of actin-sequestering and cytoskeletal reorganization mechanisms
- Supports research on nitric oxide-mediated signaling in vascular remodeling assays
- Provides a model for examining synergistic extracellular matrix protein regulation
GLP-2T 15mg
GLP1-S 10mg
