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xTractPure™ FFPE DR Extraction Kit
Z2212004
- Applications: NGS, qPCR, Genomics, PCR, Extraction, Automated Nucleic Acid Extraction, AnaPrep 48 Instrument
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Find out more about placing an order here or contact us for technical support.Pricing is for US customers only. For international pricing, please contact your local distributor. View Distributors Here.
Product Description
Formalin-fixed, paraffin-embedded (FFPE) tissue specimens are highly valuable sources for retrospective studies of many pathologies. Nevertheless, the extraction of nucleic acids from FFPE specimens could often be challenging, as nucleic acids become cross-linked and degraded during the archiving process. Therefore, nucleic acids obtained from these sample types are usually highly fragmented and chemically modified.
Looking for multiple donors or additional samples?
Product Specifications
| Features | Specifications |
|---|---|
| Size | 1 kit (48 preps) |
| Shipping | Ambient Temperature |
| Tool Type | Sample Prep Kits |
| Method | Manual, Automated |
| Applications | NGS, qPCR, Genomics, PCR, Extraction, Automated Nucleic Acid Extraction, AnaPrep 48 Instrument |
CATALOG #: Z2212004
Flyers & Brochures
Data Sheet
SDS
Advantages and Features:
• No toxic chemicals
• No loss of nucleic acids
• Robust protocol suitable for automation
• No inhibition on downstream applications
More Information About xTractPure™ FFPE DR Extraction Kit
BioChain’s xTractPure™ FFPE DR Extraction Kit allows for efficient RNA and DNA extraction from FFPE tissues, with potential high throughput capabilities and full compatibility for down-stream applications such as qPCR and NGS. Utilizing heat and proteinase K treatment, BioChain’s kit is optimized in the removal of paraffin, partial reversal of formalin cross-linking, and sequential release of RNA and DNA from fixed tissues. One of the great advantages of our kit is that both FFPE RNA and FFPE DNA may be extracted separately from the same piece of tissue. This is critical for precious biological samples where source material is very limited, and it is not practical to have separate tissue sections for RNA and DNA extraction.
