Category: Molecular Biology Reagents

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  • Categories: DNA standards
  • Categories: Enzymes
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Reference: AC115

Proteinase K is a non-specific serine protease. This enzyme exhibits high stability and activity in the presence of SDS, EDTA, and urea, as well as over a wide pH range. Proteinase K is useful for the inactivation of nucleases and lysis during the isolation of DNA and RNA.

Reference: ISWAB‐DNA‐1200

DNA collection kit for humans that can capture samples producing high yields of double stranded, long fragmented DNA from buccal cells using traditional swabs.

Reference: AC116

Proteinase K is a non-specific serine protease. This enzyme exhibits high stability and activity in the presence of SDS, EDTA, and urea, as well as over a wide pH range. Proteinase K is useful for the inactivation of nucleases and lysis during the isolation of DNA and RNA.

Reference: ISWAB‐DNA‐250

DNA collection kit for humans that can capture samples producing high yields of double stranded, long fragmented DNA from buccal cells using traditional swabs.

Reference: AC117

For RNase digestion during DNA preparation. RNase A is endonuclease-free and has been rigorously tested for RNA digestion activity in plasmid purification procedures.

Reference: ISWAB‐RNA‐v2

The iSWAB-RNA-v2 device allows for the non-invasive collection, concentration, and stabilization of intact buccal cells and/or any mammalian cells collected with a swab or cytobrush allowing for real time ambient stabilization of total RNA from the point of collection to processing. Maintaining RNA stability and protecting it from degradation is a significant challenge, while current RNA stabilization methods such as PAXgene, Tempus, RNAgard or dry blood spots require invasive blood collection resulting in low compliance. 

Reference: AC118

For RNase digestion during DNA preparation. RNase A is endonuclease-free and has been rigorously tested for RNA digestion activity in plasmid purification procedures.

Reference: ISWAB‐P‐1200

Non-invasive sample collection tube for collection and stabilization of protein and DNA in the same oral sample.  Oral sample collection has gained widespread acceptance due to its non-invasive nature and because continuous visual contact of the collection process is possible.  Current non-invasive collection products are designed for immediate detection using stick-based technology, but are limited to simple yes/no answers.  If additional data is required, a more robust collection method coupled with high-sensitivity downstream analysis is necessary.