Overview
Trans-FAAzo-4 stands out as a sophisticated fatty acid analogue specifically designed for applications in photopharmacology. Its unique ability to modulate membrane lateral pressure is essential for influencing the behavior of mechanosensitive ion channels. This compound has garnered attention due to its potential applications in various research fields, primarily focusing on cellular function and signaling pathways. If you’re looking to enhance your laboratory’s capabilities, Trans-FAAzo-4 is an excellent option to consider.
Key Features
- Photo-regulatable compound for controlled experimentation.
- Modifies membrane lateral pressure effectively.
- Regulates mechanosensitive ion channels.
- Versatile applications in cellular and molecular biology.
- High-quality synthesis ensures reliability in results.
Specifications
| Product Name | Trans-FAAzo-4 |
| Category | Uncategorized |
| Usage | For research purposes only |
FAQ
What is Trans-FAAzo-4 used for?
Trans-FAAzo-4 is primarily utilized in photopharmacology to study the effects of fatty acid analogues on cellular membranes and ion channels.
How does Trans-FAAzo-4 work?
This compound alters membrane lateral pressure, which helps in regulating the opening and closing of mechanosensitive ion channels within cells.
Is Trans-FAAzo-4 safe for lab use?
When handled properly and used in accordance with safety guidelines, Trans-FAAzo-4 is safe for laboratory research.
For your research needs, consider adding Trans-FAAzo-4 to your inventory. Its ability to modify membrane dynamics can provide invaluable insights into mechanotransduction processes.
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