GLP-2T 15mg
GLP1-S 10mg
GLP1-S 20mg
GLP1-S 5mg
GLP2-T 10mg
GLP2-T 30mg
GLP2-T 5mg
GLP3-R 10mg
Research Studies:
- Multi‑agonist (GLP‑1R/GIPR/GCGR) for receptor signaling assays
- Supports in vitro study of glucose regulation and insulin pathways
- Useful for probing energy balance mechanisms across incretin/glucagon signaling
- Enables assessment of metabolic/cardiometabolic biomarkers in cell models
GLP3-R 20mg
Research Studies:
- Multi‑agonist (GLP‑1R/GIPR/GCGR) for receptor signaling assays
- Supports in vitro study of glucose regulation and insulin pathways
- Useful for probing energy balance mechanisms across incretin/glucagon signaling
- Enables assessment of metabolic/cardiometabolic biomarkers in cell models
GLP3-R 30mg
Research Studies:
- Multi‑agonist (GLP‑1R/GIPR/GCGR) for receptor signaling assays
- Supports in vitro study of glucose regulation and insulin pathways
- Useful for probing energy balance mechanisms across incretin/glucagon signaling
- Enables assessment of metabolic/cardiometabolic biomarkers in cell models
GLP3-R 5mg
Research Studies:
- Multi‑agonist (GLP‑1R/GIPR/GCGR) for receptor signaling assays
- Supports in vitro study of glucose regulation and insulin pathways
- Useful for probing energy balance mechanisms across incretin/glucagon signaling
- Enables assessment of metabolic/cardiometabolic biomarkers in cell models
Glutathione 600mg
Research Studies:
- Facilitates analysis of γ-glutamyl cycle-mediated detoxification and redox state maintenance
- Supports investigation into GPx-dependent neutralization of reactive oxygen species pathways
- Enables research on S-glutathionylation and post-translational modification of protein thiols
- Useful for evaluating mitochondrial bioenergetics and mercapturic acid pathway metabolic flux