The innuPREP Forensic DNA Kit - IPC16 is an ideal solution to handle smallest forensic samples in an automized process. Thereby the purification of genomic DNA from up to 16 samples in parallel takes place within InnuPure C16 touch. The kit has already been proven with positive result using a large number of starting materials.
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.
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.
Using the innuPREP Plant DNA Kit - IPC16 allows users to isolate highly pure genomic DNA from a variety of plant materials. Following efficient homogenization using a SpeedMill, other homogenizer, or a mortar and liquid nitrogen, the plant material is lysed, and proteins and polysaccharides are effectively removed in a single precipitation step.
Each Reagent Strip is prefilled and ready to use for 1 sample.
Using the innuPREP Plant DNA Kit I - IPC16 allows users to isolate highly pure genomic DNA from a variety of plant materials. Following efficient homogenization using a SpeedMill, other homogenizer, or a mortar and liquid nitrogen, the plant material is lysed, and proteins and polysaccharides are effectively removed in a single precipitation step.
Each Reagent Plate is prefilled and ready to use for 8 samples.
Using the innuPREP Plant DNA II Kit - IPC16 allows users to isolate highly pure genomic DNA from a variety of plant materials. Following efficient homogenization using a SpeedMill, other homogenizer, or a mortar and liquid nitrogen, the plant material is lysed, and proteins and polysaccharides are effectively removed in a single precipitation step.
Each Reagent Strip is prefilled and ready to use for 1 sample.
Using the innuPREP Plant DNA II Kit - IPC16 allows users to isolate highly pure genomic DNA from a variety of plant materials. Following efficient homogenization using a SpeedMill, other homogenizer, or a mortar and liquid nitrogen, the plant material is lysed, and proteins and polysaccharides are effectively removed in a single precipitation step.
Each Reagent Plate is prefilled and ready to use for 8 samples.
Using the innuPREP Plant DNA Kit - FX, it is possible to isolate highly pure genomic DNA from various plant materials. After efficient homogenization using SpeedMill PLUS or another homogenizer, or using a mortar and liquid nitrogen, the plant material is lysed and both proteins and polysaccharides are effectively removed in a precipitation step.
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 TCT Beer Bacteria DNA Kit – PP Mini has been developed for the automated extraction of DNA. The 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.
The PME free-circulating DNA Kit - IPC16 is based on new technology, called: PME – Polymer Mediated Enrichment. The procedure doesn’t start with sample lysis, like common used methods or kits.
Each Reagent Plate is prefilled and ready to use for 8 samples.
The PME free-circulating DNA Kit - IPC16 is based on new technology, called: PME – Polymer Mediated Enrichment. The procedure doesn’t start with sample lysis, like common used methods or kits.
Each Reagent Strip is prefilled and ready to use for 1 sample.
The PME free-circulating DNA Kit - IPC16 is based on new technology, called: PME – Polymer Mediated Enrichment. The procedure doesn’t start with sample lysis, like common used methods or kits.
The smart Blood DNA Midi Direct prep (a96) – FX kit has been designed for direct and automated isolation of high molecular weight genomic DNA from peripheral blood mononuclear cells (PBMC) derived from fresh or frozen blood using CyBio FeliX. Thanks to the innovative internal lysis up to 1 ml whole blood stabilized with EDTA, citrate, heparin as well as sampled with PAXgene® Blood DNA Tubes and buffy coat can be used directly.
The smart Blood DNA Midi Direct prep (a96) – FX kit has been designed for direct and automated isolation of high molecular weight genomic DNA from peripheral blood mononuclear cells (PBMC) derived from fresh or frozen blood using CyBio FeliX. Thanks to the innovative internal lysis up to 1 ml whole blood stabilized with EDTA, citrate, heparin as well as sampled with PAXgene® Blood DNA Tubes and buffy coat can be used directly.
The smart Blood DNA Midi prep (a96) – FX kit has been designed for automated isolation of high molecular weight genomic DNA from peripheral blood mononuclear cells (PBMC) derived from fresh or frozen blood using CyBio FeliX.
The smart Blood DNA Midi prep (a96) – FX kit has been designed for automated isolation of high molecular weight genomic DNA from peripheral blood mononuclear cells (PBMC) derived from fresh or frozen blood using CyBio FeliX.
The universal smart DNA prep (a96) – FX Kit has been designed for automated isolation of high molecular weight genomic DNA from a broad variety of starting materials including tissue samples, eukaryotic cells, rodent tails, bacteria and yeast cells using CyBio FeliX. The extraction is based on the new patented SmartExtraction technology.
The universal smart DNA prep (a96) – FX Kit has been designed for automated isolation of high molecular weight genomic DNA from a broad variety of starting materials including tissue samples, eukaryotic cells, rodent tails, bacteria and yeast cells using CyBio FeliX. The extraction is based on the new patented SmartExtraction technology.
The smart Plant DNA prep – FX has been designed for automated isolation of high molecular weight genomic DNA (gDNA) from plant material using the liquid handling platform CyBio FeliX.
