AquaScreen® Fast Extract Reference: 32-1010 Kit for the extraction of microbial DNA from water samples. For filtration units with 47 or 50 mm frits includes filtration membranes.
iSWAB DNA Collection Kit, 1.0ml 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.
AquaScreen® Fast Extract Reference: 32-1050 Kit for the extraction of microbial DNA from water samples. For filtration units with 47 or 50 mm frits includes filtration membranes.
iSWAB DNA Collection Kit, 600ul 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.
AquaScreen® Legionella species Reference: 33-2025 Quantification of Legionella species, with compliance to AFNOR XP T 90-471 and ISO/TS 12869:2012.
pSpot8 Reference: ev-8 1.25 µg pSpot8 vector, S.cerevisiae, Spot C-term, Leu/Amp (Ori: 2µ/pBR322), high expression.
iSWAB RNA Collection Kit v2, 1.0ml 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.
AquaScreen® Legionella species Reference: 33-2100 Quantification of Legionella species, with compliance to AFNOR XP T 90-471 and ISO/TS 12869:2012.
pSpot7 Reference: ev-7 1.25 µg pSpot7 vector, S.cerevisiae, Spot N-term, Leu/Amp (Ori: 2µ/pBR322), high expression.
iSWAB Protein Collection Kit, 1.0ml 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.