Overview
Dihydrorhodamine 123 is an essential fluorogenic substrate used for detecting oxidases, including peroxidases, specifically in mitochondrial studies. Its unique properties enable precise and accurate detection, making it a reliable choice for researchers focusing on cellular respiration and oxidative stress. As you delve into your experimental designs, incorporating Dihydrorhodamine 123 can significantly enhance your findings and contribute to a clearer understanding of mitochondrial function.
Key Features
- Versatile substrate for fluorimetric detection
- Ideal for studying oxidases, including peroxidases
- Suitable for mitochondrial research
- High sensitivity and specificity
- Ease of use in various experimental setups
Specifications
| Product Name | Dihydrorhodamine 123 |
|---|---|
| Quantity | 10 mg |
| Category | Fluorogenic substrates |
| CAS Number | 1117-61-9 |
| Storage Conditions | -20°C |
FAQ
What is Dihydrorhodamine 123 used for?
Dihydrorhodamine 123 is primarily used in fluorimetric assays to detect oxidases, particularly focusing on peroxidases in mitochondria. Its sensitivity allows researchers to monitor oxidative stress effectively.
How should I prepare Dihydrorhodamine 123 for experiments?
For best results, dissolve Dihydrorhodamine 123 in a suitable buffer. It’s crucial to follow your protocol guidelines for optimal concentration and conditions specific to your experimental requirements.
Can I use Dihydrorhodamine 123 in live cell assays?
Yes, Dihydrorhodamine 123 is suitable for live cell assays, enabling real-time monitoring of mitochondrial activity and oxidative stress within living cells. Be sure to calibrate your system for accurate fluorescence readings.
Want to further enhance your fluorimetric assays? Check out our FDG – Fluorescein di-ß-D-galactopyranoside for advanced detection capabilities. You might also find our Elastin, FITC Conjugated useful for your experiments. Explore our full range of fluorogenic substrates to complement your laboratory needs.



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