DNAgard Blood is designed for shipping and storage of DNA in mammalian whole blood. DNA in blood is protected by the unique stabilization properties of DNAgard Blood. Samples can be shipped and kept at room temperature, removing the need for frozen shipment, storage or immediate processing. DNAgard Blood is easy to use – blood samples are applied into the DNAgard Blood solution, mixed, and kept at room temperature.
Samples can be stored in DNAgard Blood for at least 8 months at room temperature. Samples stored in DNAgard Blood are ready for immediate processing for DNA recovery via standard laboratory procedures.
This product is for R&D use only, not for drug, household, or other uses. Please consult the Safety Data Sheet for information regarding hazards and safe handling practices.
DNAgard Blood must be stored at room temperature. Use within 12 months of purchase date for optimal product performance.
DNAgard Blood stabilizes genomic DNA in mammalian whole blood for at least 8 months at room temperature in a liquid storage format.
Note: To facilitate efficient mixing of stabilizing reagent and sample it is important that the final volume of the mixture not exceed 2/3 the fill capacity of the storage vessel.
Note: DNAgard Blood formulation can be added directly to an evacuated blood collection tube (e.g., Vacutainer® or Vacuette®…). DNAgard Blood formulation can also be pre-aliquoted into microfuge tubes or larger tubes such as Falcon tubes (the order of addition does not matter).
Genomic DNA can be recovered by multiple methods from blood samples stored in DNAgard Blood. Methods include column-based methods, magnetic bead technologies and salting out protocols.
We have confirmed compatibility with the following commercially available kits:
For highest recovery yields, we recommend using the QIAGEN FlexiGene DNA Kit.
Note: In all cases, the blood-stabilizer mixture should be treated as a whole blood sample when calculating reagent volumes in the isolation protocol.
Note: As heat may induce protein precipitation in blood samples and result in possible protein co-purification with DNA when performing salting-out protocols. In order to obtain the cleanest DNA we recommend using column-based purification methods for samples exposed to high temperatures (> 37 °C). Refer to the DNAgard Blood Handbook for more information.
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