Overview
Introducing the TAT (47-57) FAM-labeled peptide, a powerful tool for researchers exploring cellular mechanisms. This arginine-rich peptide is a direct fragment of the HIV transactivator protein (TAT) and is designed for effective plasma membrane penetration, making it a valuable asset in your assay. With its fluorescent labeling, you can easily track the peptide’s interaction within various biological systems.
Key Features
- FAM-labeled for fluorescence detection
- Directly penetrates plasma membranes
- Derived from the HIV transactivator protein (TAT)
- Absorption/Emission wavelengths: 494/521 nm
- Ideal for cellular and molecular biology studies
Specifications
| Attribute | Details |
|---|---|
| Peptide Sequence | 47-57 TAT |
| Labeling | FAM |
| Quantity | 1 mg |
| Abs/Em (nm) | 494/521 |
FAQ
What is the application of the TAT FAM-labeled peptide?
The TAT FAM-labeled peptide is primarily used to study cellular uptake and interactions in various biological contexts. Its capacity for direct membrane penetration facilitates its application in live-cell imaging and other experimental setups.
How do I store the TAT peptide?
To maintain its integrity, store the TAT (47-57) FAM-labeled peptide at -20°C. Avoid repeated freeze-thaw cycles to ensure its quality for your experiments.
Can I use this peptide in vivo?
While primarily designed for in vitro studies, the direct membrane penetration capability of the TAT peptide makes it a candidate for in vivo applications. However, further validation in your specific model is recommended.
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