Azure Synthetics
Peptides de recherche premium
Research family
Incretin, energy-use, and metabolic-signaling research.
GIP / GLP-1 / glucagon tri-agonist series
Researchers use Retatrutide to study how multiple gut-hormone signals may affect appetite, blood-sugar control, and weight-related markers.
AMPK-pathway research compound
Researchers use AICAR to study how cells switch on energy-use pathways similar to those seen during exercise.
Prohibitin-targeting metabolic research peptide
Researchers use Adipotide to study whether targeting the blood supply around fat tissue can change fat-storage signals in animal metabolic models.
GH fragment 176-191 research peptide
Researchers use AOD-9604 to study how a small growth-hormone fragment may influence fat-metabolism signals.
ERR pathway metabolic research compound
Researchers use SLU-PP-332 to study exercise-like changes in muscle energy use and endurance markers.
Stabilized GHRH analog research peptide
Researchers use Tesamorelin to study how growth-hormone signaling may relate to visceral-fat and metabolic markers.
GLP-1 / glucagon dual-agonist research peptide
Researchers use Mazdutide to study how GLP-1 and glucagon signals may work together in energy-use and weight-marker research.
GIP / GLP-1 dual-agonist research peptide
Researchers use Tirzepatide to study how two gut-hormone pathways may influence appetite, blood-sugar control, and body-weight markers.
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