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The innuPREP Bacteria DNA Kit has been designed for isolation of DNA from Gram-positive and Gram-negative bacteria cells derived from liquid cultures.

The innuPREP DNA Mini Kit 2.0 has been designed as a very efficient tool for fast isolation of genomic DNA from a wide range of starting materials like whole blood (fresh or frozen blood; stabilized with EDTA or citrate, from common blood collection systems), tissue, rodent tails, eucaryotic cells, bacterial cell cultures as well as buccal swabs.

The innuPREP DNA/RNA Mini Kit is IST Innuscreen‘s all-rounder kit. With binding capacities of 50 µg DNA and 100 µg RNA, respectively, both nucleic acids can be isolated from a single sample to produce excellent quality and yields.

Using the innuPREP Micro RNA Kit allows researchers to isolate small RNA molecules and achieve high yields. The new, optimized binding buffer system makes it possible to achieve high rates of recovery for small RNA molecules such as mRNA, tRNA, rRNA and snRNA.

The innuPREP Plasmid Mini Kit 2.0 allows the fast and easy isolation of plasmid DNA from bacterial cultures. To gain an optimal result, protocol steps as well as the chemistry and spin filters were improved in comparison to the precursor product innuPREP Plasmid Mini Kit.

The innuPREP RNA Mini Kit 2.0 is the all-rounder for the extraction of total RNA. The specially optimized lysis buffer system guarantees the isolation of intact RNA and sustainably inactivates endogenous and exogenous RNases.

The innuPREP SE HMW DNA Kit (m) kit has been designed for the manual isolation of high molecular weight (HMW) genomic DNA (200 kb – 500+ kb) from tissue samples, eukaryotic cells, rodent tails, bacteria and yeasts based on a patented technology.

The innuPREP TCT Beer Bacteria DNA Kit uses a specially developed technique to concentrate and isolate bacterial DNA from large volume of beer samples, as well as from turbid materials and bacteria shaking cultures. There are individual isolation protocols for 100 ml beer and up to 10 ml bacteria shaking cultures.
The kit is based on a novel and patent-pending technology that allows biomolecules (cells, bacteria, viruses, bacteriophages, algae, free nucleic acids, proteins) contained in liquid samples to be concentrated and then made available for various other analysis methods. The bacterial DNA is then isolated using a specially optimized kit.