Overview
Endothelin 3 is a crucial peptide that plays a significant role in various biological functions. This 21 amino acid peptide is derived from a precursor protein and is essential for the normal development of neural crest-derived cell lineages. As one of the active forms of endothelins, Endothelin 3 is recognized for its potent vasoactive properties, particularly its ability to constrict blood vessels by interacting with the endothelin receptor type B (EDNRB). Understanding the impact of this peptide can provide vital insights into cardiovascular health, neural development, and other physiological processes.
Key Features
- Active 21 amino acid peptide from the endothelin family
- Involved in vascular regulation and neural development
- Essential ligand for the endothelin receptor type B (EDNRB)
- Available for human, rat, mouse, and rabbit studies
- Supports various research applications in physiological and biochemical studies
Specifications
| Product Name | Endothelin 3 |
| Species | Human, Rat, Mouse, Rabbit |
| Amino Acid Length | 21 aa |
| Storage Conditions | -20°C |
FAQ
What are the primary functions of Endothelin 3?
Endothelin 3 primarily functions as a vasoconstrictor, playing a critical role in regulating blood pressure and vascular health. It also influences neural development through its action on specific receptors.
How is Endothelin 3 used in research?
Researchers utilize Endothelin 3 in studies related to vascular physiology, neural crest development, and other areas that require understanding the mechanisms of vasoactive peptides.
Can I use Endothelin 3 for in vivo studies?
Yes, Endothelin 3 is suitable for in vivo studies involving human, rat, mouse, and rabbit models. Its specific interaction with receptors makes it invaluable for understanding biological responses in these organisms.
To complement your studies, consider exploring related products such as PKG Substrateor delve into other available peptides for comprehensive research solutions. With Endothelin 3, you’re equipped to advance your understanding of vascular and neural systems.




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