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.
microLYSIS Reference: 2ML-50 Release buffer, optimised to lyse cells commonly used in the lab (like bacterial (e.g.E. coli), yeast (e.g.S. cerevisiae) and human cells (e.g. HeLa) for PCRready DNA in less than 15 minutes. Supplied in 1 tube for ease of use.
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.
microLYSIS Reference: 2ML-100 Release buffer, optimised to lyse cells commonly used in the lab (like bacterial (e.g.E. coli), yeast (e.g.S. cerevisiae) and human cells (e.g. HeLa) for PCR ready DNA in less than 15 minutes. Supplied in 1 tube for ease of use.
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.
microLYSIS Reference: 2ML-250 Release buffer, optimised to lyse cells commonly used in the lab (like bacterial (e.g.E. coli), yeast (e.g.S. cerevisiae) and human cells (e.g. HeLa) for PCRready DNA in less than 15 minutes. Supplied in 1 tube for ease of use.
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.