Original price was: £50.00.£45.00Current price is: £45.00.
Synthetic GHRH analogue designed for controlled endocrine and metabolic research
Promotes natural GH release for physiologic pathway modeling
Enhanced stability and extended half-life for consistent experimental results
Useful for studies on GH/IGF-1 regulation, lipid metabolism, and hypothalamic–pituitary signaling
High-purity, lab-grade peptide supplied as lyophilized powder
For research use only. Not for human consumption
Tesamorelin is a highly stable, synthetic growth hormone–releasing hormone (GHRH) analogue designed for controlled scientific and laboratory research. By binding to the GHRH receptor, tesamorelin stimulates natural growth hormone release, making it a reliable model compound for exploring GH-related pathways and endocrine signaling.
Research Value
Tesamorelin’s enhanced structure—featuring an N-terminal modification that improves stability and resistance to enzymatic breakdown—extends its half-life and ensures consistent performance in research settings. Because it acts upstream in the GH axis, researchers use tesamorelin to study:
Regulation of growth hormone and IGF-1
GH pulsatility and feedback mechanisms
Lipid and metabolic pathway signaling
Hypothalamic–pituitary interactions
Age-related hormone changes and metabolic shifts
Its predictable pharmacokinetics make it suitable for both short-term and longitudinal studies in cellular, animal, and biochemical models.
Key Features
Synthetic GHRH analogue with improved stability
High receptor specificity for reproducible results
Useful for metabolic, endocrine, and signaling research
Suitable for dose-dependent or time-course studies
Manufactured to high purity standards for laboratory use
Applications
Tesamorelin is widely employed in studies focused on metabolic regulation, visceral adipose pathways, mitochondrial activity, and hormone-driven cellular responses. Its ability to promote natural GH secretion provides a more physiologic research model compared to direct GH administration.
| Mg | 10mg |
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