Description
Specifications Table
| Product Name | Molecular Biology Grade Water (DEPC-treated) |
|---|---|
| Quantity/Pack Size | 10 × 100 ml |
| Form | Liquid |
| Grade | Molecular Biology Grade |
| Application | Molecular Biology, PCR, Cell Culture |
Product Description
Molecular Biology Grade Water (DEPC-treated) is an essential component for any laboratory involved in molecular biology research. This high-purity water is treated with diethyl pyrocarbonate (DEPC) to inactivate RNases, ensuring that your experiments remain free from nuclease contamination. Whether you’re working on PCR, cell culture, or other molecular biology applications, this water provides the purity and reliability you need.
At eqipped, we understand the critical role that high-quality reagents play in your research. Our Molecular Biology Grade Water (DEPC-treated) is sourced from reputable suppliers and undergoes rigorous quality control to meet the highest standards. With a pack size of 10 × 100 ml, you’ll have ample supply for your lab’s needs.
Shop now and ensure your experiments are free from nuclease contamination with our Molecular Biology Grade Water (DEPC-treated).
FAQs
What is DEPC-treated water used for?
DEPC-treated water is used to inactivate RNases, making it ideal for molecular biology applications such as PCR, cell culture, and other experiments where nuclease-free conditions are crucial.
Is this water suitable for PCR?
Yes, Molecular Biology Grade Water (DEPC-treated) is highly suitable for PCR applications due to its nuclease-free properties.
What is the pack size of this product?
The pack size is 10 × 100 ml, providing a substantial supply for your lab’s needs.
How is DEPC-treated water different from regular lab grade water?
DEPC-treated water is specifically treated to inactivate RNases, making it ideal for molecular biology applications where nuclease-free conditions are essential. Regular lab grade water may not have this treatment.
Can I use this water for cell culture?
Yes, this water is suitable for cell culture applications due to its high purity and nuclease-free properties.
