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| Product Name | BioFix Lumi luminous bacteria, 20 vials, for up to 400 toxicity determinations |
| Quantity | 20 vials |
| Capacity | up to 400 toxicity determinations |
| Bacteria Type | luminous bacteria |
| Attribute 1 | Provides luminescent bacteria for toxicity testing |
| Attribute 2 | Suitable for environmental monitoring |
| Attribute 3 | Easy to use vials for convenient testing |
| Attribute 4 | Can detect a wide range of toxins |
| Attribute 5 | Quick results within hours |
| Attribute 6 | Long shelf life for extended usability |
| Attribute 7 | High sensitivity to toxic substances |
| Attribute 8 | Contains enough vials for multiple tests |
| Attribute 9 | Ideal for research laboratories and educational institutions |
| Attribute 10 | Comes with detailed instructions for use |
FAQ
What is BioFix Lumi luminous bacteria and how does it work?
The BioFix Lumi luminous bacteria is a unique product that consists of 20 vials containing bioluminescent bacteria. These bacteria emit light when they come into contact with certain toxins, making them ideal for toxicity determinations.
What are the benefits of using BioFix Lumi for toxicity determinations?
BioFix Lumi offers several advantages for toxicity determinations. It is extremely sensitive to a wide range of toxins, making it a versatile tool for environmental monitoring. Additionally, the bioluminescent reaction is rapid, allowing for quick and easy screening of samples.
How many toxicity determinations can be performed with one pack of BioFix Lumi?
Each pack of BioFix Lumi contains 20 vials of luminous bacteria, which can be used for up to 400 toxicity determinations. This makes it a cost-effective solution for laboratories and research facilities that frequently conduct toxicity testing.
Can BioFix Lumi be used for both water and soil samples?
Yes, BioFix Lumi can be used for both water and soil samples. The bacteria are sensitive to a wide range of toxins, making them suitable for various environmental samples. Whether you are testing water quality or soil contamination, BioFix Lumi provides accurate results.
How easy is it to use BioFix Lumi for toxicity determinations?
BioFix Lumi is designed for ease of use, making it suitable for both experienced researchers and beginners. Simply add the luminous bacteria to your sample, incubate for a short period, and observe the bioluminescent reaction. The results are easy to interpret, allowing for quick and reliable toxicity determinations.
The BioFix Lumi luminous bacteria is a unique product that consists of 20 vials containing bioluminescent bacteria. These bacteria emit light when they come into contact with certain toxins, making them ideal for toxicity determinations.
What are the benefits of using BioFix Lumi for toxicity determinations?
BioFix Lumi offers several advantages for toxicity determinations. It is extremely sensitive to a wide range of toxins, making it a versatile tool for environmental monitoring. Additionally, the bioluminescent reaction is rapid, allowing for quick and easy screening of samples.
How many toxicity determinations can be performed with one pack of BioFix Lumi?
Each pack of BioFix Lumi contains 20 vials of luminous bacteria, which can be used for up to 400 toxicity determinations. This makes it a cost-effective solution for laboratories and research facilities that frequently conduct toxicity testing.
Can BioFix Lumi be used for both water and soil samples?
Yes, BioFix Lumi can be used for both water and soil samples. The bacteria are sensitive to a wide range of toxins, making them suitable for various environmental samples. Whether you are testing water quality or soil contamination, BioFix Lumi provides accurate results.
How easy is it to use BioFix Lumi for toxicity determinations?
BioFix Lumi is designed for ease of use, making it suitable for both experienced researchers and beginners. Simply add the luminous bacteria to your sample, incubate for a short period, and observe the bioluminescent reaction. The results are easy to interpret, allowing for quick and reliable toxicity determinations.
