DNA Extraction from Blood

GenFind V3

Extraction and purification of genomic DNA (gDNA) from whole blood using Solid Phase Reversible Immobilization (SPRI) paramagnetic bead-based technology.

  • Consistently and optimal purity and quality of gDNA isolates
  • No carryover of inhibitors from anticoagulants, for exceptional PCR-based applications and NGS

Technical Documents:

Request a Quote
Resources + Tools
Long-Read Sequencing Whitepaper Training Liquid Handlers Performance Support FAQs
GenFind V3 试剂盒

Explore From Blood Models

GenFind V3 Extraction Workflow

Genomics GenFind V3 Workflow

Product Features

Overview
GenFind V3 isolates genomic DNA (gDNA) from whole blood and serum.

High Quality gDNA
The GenFind V3 DNA isolation method purifies gDNA that is intact and suitable for downstream PCR-based assays.

No Inhibition from Anticoagulants
GenFind V3 efficiently removes common anticoagulant and contaminants from blood such as citrate, EDTA, and heparin.

Product Specifications

Application Uses Genomic DNA extraction from whole blood
Format Liquid
Starting Sample Material Blood
Automated Available Yes
Item Specifications Referenced C34880

Content and Resources

Genomic Solutions Collaboration Program (PDF) Flyer
NGS Library Prep and Nucleic Acid Sample Prep Methods Automated on Biomek i-Series Liquid Handlers (PDF) Demonstrated Method Cards
DNA extraction from Mouthwash samples using GenFind V3 Mouthwash samples are taken in large volumes (usually 10 - 30 mL), and cells need to be spun down from the total volume of mouthwash before extraction can begin. This protocol incorporates those steps and optimizes the lysis for mouth cell samples
OEM Reagent Kits Flyer: By partnering with us as an OEM supplier to develop your genomic assays, you’re committing to a solution that you and your customers can rely on.
SPRI Methodology Solid Phase Reversible Immobilization (SPRI) technology, uses paramagnetic beads to selectively bind nucleic acids by type and size.

Technical Documents

Didn't find what you are looking for? For more results click here.