Research peptides / AET-TESA For research use only

Tesamorelin

Stabilised GHRH (1–44) analogue for growth-hormone-axis research. 10 mg vial with an independent Certificate of Analysis for each batch.

CAS number
218949-48-5
Sequence
(3E)-hexenoyl-hGRF(1–44)-NH₂
Molecular weight
5135.9 g/mol
Purity
99.653%
Storage conditions
Lyophilized powder; store at −20 °C, protected from light and moisture.
Lot number
WBS20260130

Pack size

10 mg

€75,00 per vial · EUR

Volume pricing
QuantityPrice per vial
1–9 vials€75,00
10+ vialsRequest a quote

For Research Use Only — Not for human consumption

Material information.

Tesamorelin is a synthetic analogue of human growth-hormone-releasing hormone (GHRH 1–44). A trans-3-hexenoyl group at the N-terminus makes it more resistant to enzymatic degradation than the native sequence while preserving its activity at the GHRH receptor.

Research centres on the GHRH – growth hormone – IGF-1 axis, including pituitary signalling, lipid metabolism and visceral adipose tissue in experimental models.

Supplied as a lyophilized powder in a sealed 10 mg vial, with an independent Certificate of Analysis for each batch. For laboratory research use only.

Pack size refers to the nominal material mass. Product photography is illustrative and does not establish composition or specification.

Explore the collection

Other materials.

Retatrutide — AETHRA research vial Retatrutide

AET-RETA / 10 MG · 20 MG

Retatrutide

Batch documentation · CoA per lot

From €120,00 / vial

For Research Use Only — Not for human consumption

GHK-Cu — AETHRA research vial GHK-Cu

AET-GHKCU / 100 MG

GHK-Cu

Batch documentation · Purity 99.453%

€75,00 / vial

For Research Use Only — Not for human consumption

MOTS-c — AETHRA research vial MOTS-c

AET-MOTSC / 10 MG

MOTS-c

Batch documentation · Purity 99.114%

€45,00 / vial

For Research Use Only — Not for human consumption

KLOW — AETHRA research vial KLOW

AET-KLOW / 80 MG

KLOW

Batch documentation · CoA per lot

€160,00 / vial

For Research Use Only — Not for human consumption