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Type | Water |
Quality | PCR tested |
Purity | DNA free |
Application | Molecular biology |
Suitability | qPCR product |
Size | Various sizes available |
Source | High quality purified water |
Packaging | Sterile bottles |
Storage | Store at room temperature |
Shelf Life | Long shelf life |
Shipping | Ships in ambient temperature |
Certification | Certificate of Analysis provided |
Concentration | Regular concentration suitable for qPCR |
Compatibility | Compatible with qPCR protocols |
Consistency | Consistent and reliable performance |
Handling | Easy to handle and use |
Brand | Trusted brand in molecular biology research |
Quality Control | Stringent quality control measures in place |
Traceability | Each batch is traceable |
Safety | Non-hazardous and non-toxic |
Usage | For research purposes only |
FAQ
What does "PCR tested" mean for water used in molecular biology applications?
PCR testing involves confirming that the water is free from any DNA contamination that could interfere with molecular biology experiments, especially PCR (polymerase chain reaction) assays.
Why is it important for water used in molecular biology to be DNA free?
Contamination with DNA can lead to false positive or false negative results in PCR experiments, impacting the accuracy and reliability of the data obtained.
What makes this water suitable for qPCR specifically?
The water has been specifically tested and confirmed to be free from DNA, making it ideal for use in quantitative PCR (qPCR) where even trace amounts of DNA contamination can skew the results.
How can the use of PCR tested, DNA free water benefit my molecular biology research?
By using water that has been PCR tested and certified DNA free, researchers can have confidence in the integrity of their results and reduce the risk of experimental errors due to DNA contamination.
Is this water suitable for other molecular biology techniques besides qPCR?
Yes, the water is suitable for a wide range of molecular biology applications where DNA-free water is required, including PCR, sequencing, cloning, and other experiments that demand high purity water.
PCR testing involves confirming that the water is free from any DNA contamination that could interfere with molecular biology experiments, especially PCR (polymerase chain reaction) assays.
Why is it important for water used in molecular biology to be DNA free?
Contamination with DNA can lead to false positive or false negative results in PCR experiments, impacting the accuracy and reliability of the data obtained.
What makes this water suitable for qPCR specifically?
The water has been specifically tested and confirmed to be free from DNA, making it ideal for use in quantitative PCR (qPCR) where even trace amounts of DNA contamination can skew the results.
How can the use of PCR tested, DNA free water benefit my molecular biology research?
By using water that has been PCR tested and certified DNA free, researchers can have confidence in the integrity of their results and reduce the risk of experimental errors due to DNA contamination.
Is this water suitable for other molecular biology techniques besides qPCR?
Yes, the water is suitable for a wide range of molecular biology applications where DNA-free water is required, including PCR, sequencing, cloning, and other experiments that demand high purity water.