The deltaPREP Blood DNA Kit – PP Mini (MDX) has been designed for the automated isolation of genomic DNA from whole blood on the PurePrep Mini device. The extraction procedure is based on a new kind of chemistry.
The kit is an IVD product.
The deltaPREP Blood DNA Kit – PP Mini (MDX) has been designed for the automated isolation of genomic DNA from whole blood on the PurePrep Mini device. The extraction procedure is based on a new kind of chemistry.
The kit is an IVD product.
The innuPREP AniPath DNA/RNA Kit - PP Mini has been designed for automated isolation of viral or bacterial DNA and RNA from different kinds of starting material using the PurePrep Mini device.
The innuPREP AniPath DNA/RNA Kit - PP Mini, prefilled has been designed for automated isolation of viral or bacterial DNA and RNA from different kinds of starting material on the PurePrep Mini device. The extraction procedure is based on a new kind of chemistry.
The Reagent Plate / Strip of the kit is prefilled with almost all extraction reagents which are needed for the extraction process.
The innuPREP AniPath DNA/RNA Kit - PP Mini, prefilled has been designed for automated isolation of viral or bacterial DNA and RNA from different kinds of starting material on the PurePrep Mini device. The extraction procedure is based on a new kind of chemistry.
The Reagent Plate / Strip of the kit is prefilled with almost all extraction reagents which are needed for the extraction process.
The innuPREP Beer Bacteria DNA Kit – PP Mini has been developed for the automated extraction of bacterial DNA from beer samples, turbid liquids and bacteria shaking cultures.
The kit utilizes a patented DNA extraction technology that integrates an initial, highly efficient homogenization step. Specially formulated buffers allow the isolation of high-quality DNA, that is free from PCR inhibitors. This approach ensures the recovery of pure DNA, even from challenging samples such as turbid or dark beers.
The innuPREP Blood DNA Kit – PP Mini has been designed for the automated isolation of genomic DNA from whole blood using the PurePrep Mini device.
The innuPREP Blood DNA Kit – PP Mini, prefilled has been designed for the automated isolation of genomic DNA from whole blood on the PurePrep Mini device. The extraction procedure is based on a new kind of chemistry.
The Reagent Plate of the kit is prefilled with almost all extraction reagents which are needed for the extraction process. After addition of the whole blood sample and the Proteinase K, the extraction procedure begins with sample lysis. In between the device stops and MAG Suspension F and Binding Solution SBS must be added to the lysed sample. Afterwards Reagent Plate must be put back to the device and the automated extraction is followed by binding of DNA to surface-modified magnetic particles. After washing steps, the DNA is eluted from the magnetic particles with Elution Buffer and is now ready to use for downstream applications.
The innuPREP Blood DNA Kit – PP Mini, prefilled has been designed for the automated isolation of genomic DNA from whole blood on the PurePrep Mini device. The extraction procedure is based on a new kind of chemistry.
The Reagent Strip of the kit is prefilled with almost all extraction reagents which are needed for the extraction process. After addition of the whole blood sample and the Proteinase K, the extraction procedure begins with sample lysis. In between the device stops and MAG Suspension F and Binding Solution SBS must be added to the lysed sample. Afterwards the Reagent Strip must be put back to the device and the automated extraction is followed by binding of DNA to surface-modified magnetic particles. After washing steps, the DNA is eluted from the magnetic particles with Elution Buffer and is now ready to use for downstream applications.
The innuPREP FFPE DNA Kit – PP Mini has been designed for automated isolation of genomic DNA from formalin-fixed, paraffin-embedded (FFPE) samples using the PurePrep Mini device.
The innuPREP Food Kit DNA Kit- PP Mini has been designed for automated isolation of DNA from food samples using the PurePrep Mini instrument. The extraction procedure is based on a patented chemistry.
The innuPREP Forensic DNA Kit - PP Mini has been designed for the automated isolation of DNA from small amounts of different types of forensic samples using the PurePrep Mini device.
innuPREP Forensic DNA Kit - PP Mini, prefilled has been designed for the automated isolation of DNA from small amounts of different types of forensic samples like hair or hair roots, stains of blood, saliva or sperm, fingernails, cigarette butts, bubble gum, buccal swabs, stamps and envelopes as well as fingerprints on different surfaces on the PurePrep Mini. The extraction procedure is based on a new kind of chemistry.
innuPREP Forensic DNA Kit - PP Mini, prefilled has been designed for the automated isolation of DNA from small amounts of different types of forensic samples like hair or hair roots, stains of blood, saliva or sperm, fingernails, cigarette butts, bubble gum, buccal swabs, stamps and envelopes as well as fingerprints on different surfaces on the PurePrep Mini. The extraction procedure is based on a new kind of chemistry.
The innuPREP Genomic DNA Kit – PP Mini has been designed for the automated isolation of genomic DNA from different kinds of starting material using the PurePrep Mini device.
The innuPREP Plant DNA Kit – PP Mini has been designed for the automated isolation of genomic DNA from plant samples using the PurePrep Mini device.
The innuPREP Plant RNA Kit – PP Mini has been designed for the automated isolation of RNA from plant samples using the PurePrep Mini device.
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.
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.
