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GHRH
Tesamorelin
GHRH Analogue
Stabilized GHRH analogue studied in vitro for pulsatile GH secretion pathway modeling, visceral adipose tissue signaling analysis, and lipid metabolism pathway research.
$475
1
$475
per 10-vial kit
$9.50 / mg
Research Library
Tesamorelin Research Review →
Mechanism, evidence level & in vitro context
Certificate of Analysis
Available upon request. Custom and large batch orders include a batch-specific COA.
★ 5+ kits — $20 off per kit
★ 10+ kits — $30 off per kit
⚠ For in vitro research use only.
Not for human or animal consumption. Not evaluated by the FDA.
Read full disclaimer →
Common Questions
Tesamorelin — FAQ
What is Tesamorelin?+
Tesamorelin is a GHRH Analogue supplied for laboratory research. Stabilized GHRH analogue studied in vitro for pulsatile GH secretion pathway modeling, visceral adipose tissue signaling analysis, and lipid metabolism pathway research.
Is Tesamorelin the same as Egrifta?+
Tesamorelin is the stabilized GHRH analogue studied as the active compound in the branded product Egrifta. The material here is unformulated tesamorelin for research use only, not an approved medicine.
What is lyophilized Tesamorelin, and how is it reconstituted?+
Tesamorelin is supplied as a lyophilized (freeze-dried) powder — a dehydrated form that keeps the peptide stable during shipping and storage. In the laboratory it is reconstituted (returned to liquid form) using a solvent such as bacteriostatic water, added slowly against the side of the vial, which is then swirled gently — never shaken — until the powder fully dissolves. All handling is for in vitro research use only.
How should Tesamorelin be stored?+
Store the lyophilized Tesamorelin powder at -20°C, protected from light and moisture, where it remains stable long-term. Once reconstituted, keep it refrigerated (2-8°C) and use it within the timeframe appropriate for your research protocol.
What is the purity of Tesamorelin, and how is it tested?+
Every batch of Tesamorelin is produced to a purity of 99% or higher. Purity and molecular identity are verified using standard analytical methods — high-performance liquid chromatography (HPLC) to measure purity, and mass spectrometry (MS) to confirm the peptide's molecular weight.