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The innuPREP Plasmid DNA Kit – PP Mini has been designed for the automated isolation of plasmid DNA from up to 5 ml of cultured bacterial cells on the PurePrep Mini device.

DW Plate, Elution Plate 200ul, Tip Comp (Consumables for PP Maxi-Kits)

DW U-well Plates & Tip Comps (Consumables for PP Midi-Kits)

Consumables for the magnetic bead-based innuPREP kits of the PurePrep Mini

The innuPREP PME cfDNA Kit - PP Mini is based on a new technology, called: PME – Polymer Mediated Enrichment. The procedure does not start with sample lysis, like commonly used methods or kits. The first step is capturing of free-circulating DNA with a special polymer. Subsequently the captured free-circulating DNA is dissolved in a special lysis buffer and then the DNA is extracted.

The innuPREP PME cfDNA Kit – PP Mini, prefilled has been designed for the isolation of circulating cell-free DNA (cfDNA) from 2.5 – 3.5 ml plasma, liquor & cell culture supernatant. This kit is based on new technology, called: PME – Polymer Mediated Enrichment. The procedure does not start with sample lysis, like commonly used methods or other commercially available kits. 

Most Commercially available kits use standard nucleic acid extraction procedures based on sample lysis, binding the nucleic acids on a solid material, washing and elution of nucleic acids. Due to the very low concentration of circulating cell-free DNA in plasma and liquor, these methods require large sample volumes to obtain sufficient DNA for downstream applications. As a result, these methods are very time and work consuming, labor intensive and require a lot of reagents.

The innuPREP PME cfDNA Kit – PP Mini, prefilled has been designed for the isolation of circulating cell-free DNA (cfDNA) from 2.5 – 3.5 ml plasma, liquor & cell culture supernatant. This kit is based on new technology, called: PME – Polymer Mediated Enrichment. The procedure does not start with sample lysis, like commonly used methods or other commercially available kits. 

Most Commercially available kits use standard nucleic acid extraction procedures based on sample lysis, binding the nucleic acids on a solid material, washing and elution of nucleic acids. Due to the very low concentration of circulating cell-free DNA in plasma and liquor, these methods require large sample volumes to obtain sufficient DNA for downstream applications. As a result, these methods are very time and work consuming, labor intensive and require a lot of reagents.

The innuPREP RNA Kit - IPC16, which has been optimized for the InnuPure C16 touch, makes it possible to automate RNA extraction from a wide variety of tissue samples and cells.
Each Reagent Plate is prefilled and ready to use for 8 samples.

The innuPREP RNA Kit - IPC16, which has been optimized for the InnuPure C16 touch, makes it possible to automate RNA extraction from a wide variety of tissue samples and cells.
Each Reagent Strip is prefilled and ready to use for 1 sample.

The innuPREP RNA Kit – PP Midi has been designed for automated isolation of total RNA out of different starting material.

The innuPREP RNA Kit – PP Mini has been designed for automated isolation of total RNA out of different starting material.

The innuPREP RNA Kit – PP Mini, prefilled has been designed for automated isolation of total RNA from tissue samples, eukaryotic cells, bacterial cell pellets and yeasts.

The Reagent Plate of the kit is prefilled with almost all extraction reagents which are needed for the extraction process. After addition of the lysed sample (external lysis), DNase and MAG Suspension F, the automated extraction process begins by binding of RNA to surface-modified magnetic particles. After the washing steps, the RNA is eluted from the magnetic particles with RNase-free Water and is now ready to use for downstream applications.

The innuPREP RNA Kit – PP Mini, prefilled has been designed for automated isolation of total RNA from tissue samples, eukaryotic cells, bacterial cell pellets and yeasts.

The Reagent Strip of the kit is prefilled with almost all extraction reagents which are needed for the extraction process. After addition of the lysed sample (external lysis), DNase and MAG Suspension F, the automated extraction process begins by binding of RNA to surface-modified magnetic particles. After the washing steps, the RNA is eluted from the magnetic particles with RNase-free Water and is now ready to use for downstream applications.

The innuPREP RNA Virus PLUS Kit - KFFLX can be used to automate extraction of viral RNA from up to 96 samples in just approx. 45 minutes. The method is based on magnetic particle separation and on the use of patented extraction chemistry in the KingFisher FLEX system. It can be used for isolating from a wide variety of starting materials, such as cell-free bodily fluids, biopsies, swabs and stool samples. 

Consumables for the magnetic bead-based innuPREP kits of the PurePrep Mini

The innuPREP Virus DNA/RNA Kit - FX has been designed for automated and simultaneous extraction of both viral DNA and RNA from serum or plasma samples.

The innuPREP Virus DNA/RNA Kit - IPC16 is an extraction kit for isolating viral DNA and RNA simultaneously from the same sample.
Each Reagent Plate is prefilled and ready to use for 8 samples.

The innuPREP Virus DNA/RNA Kit - IPC16 is an extraction kit for isolating viral DNA and RNA simultaneously from the same sample.
Each Reagent Strip is prefilled and ready to use for 1 sample.

The innuPREP Virus DNA/RNA Kit - IPC16 is an extraction kit for isolating viral DNA and RNA simultaneously from the same sample.

The innuPREP Virus DNA/RNA Kit - KFml is an extraction system for isolating viral DNA and RNA simultaneously. The kit is suitable for use with an extremely wide variety of starting materials. Binding nucleic acids to magnetic particles forms the basis for the automated routine, along with the use of the KingFisher ml processor.