DTI Nuclease Free Water
DTI Nuclease Free Water
DTI Nuclease free water is ultra-filtered deionized water that is designed for use in all molecular biology applications. The product is DNAse and RNAse free. Since it is not treated with DEPC, there is no worry about the inhibition of RT-PCR by residual DEPC.
SKU:DT0801.10

DTI Nuclease Free Water
Brand | Catalogue Number | Pack Size |
---|---|---|
DTI Nuclease Free Water | DT0801.10 | 1 ml x 10 |
Components | Details |
---|---|
Product Name | DTI Nuclease Free Water |
Catalogue Number | DT0801.10 |
Pack Size | 1 ml x 10 |
- Storage: -20°C
- Customized pack sizes available on request
- Quality Control Data: Please see the certificate of analysis (CoA) for each lot.
- Application:
- In cDNA synthesis and PCR amplification
- For the dilution of template as required in PCR assays
- For the elution of nucleic acid during nucleic acid isolation
Ordering Information | Details |
---|---|
Catalogue No | DT0801.10 |
Product Description | DTI Nuclease Free Water |
Pack Size | 1 ml x 10 |
DTI Nuclease Free Water - Protocol and Downloads
Document | Download Link |
---|---|
DTI Nuclease Free Water - Protocol | Download User Manual |
DTI Nuclease Free Water - Certificate of Analysis | Download CoA - DT0502.100 |
DTI Nuclease Free Water - Promotional Document | Download Flyer |
Experimental Sample
a) RNAse Contamination Check:
RNase activity was not detected by agarose gel electrophoresis when 1 μg of total RNA derived from HL60 cells was incubated with the nuclease-free water for 16 hours at 37°C. Below is the electrophoresis image for the same.

b) DNAse Contamination Check:
DNase activity was not detected by agarose gel electrophoresis when 1 μg of λDNA was incubated with the nuclease-free water for 16 hours at 37°C. Below is the electrophoresis image for the same.

c) RT-PCR Data:
In the below study, the nuclease-free water has been used to dilute the RNA template, used as a component in the cDNA synthesis and PCR reaction system to amplify a specific target band of 4.4Kb total RNA.
