EZ1&2 DNA FFPE Kits

For automated purification of gDNA from FFPE tissues using the EZ1 Advanced XL or EZ2 Connect instrument

S_1125_0_EZ1_2_DNA_FFPE_Kit
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EZ1&2 DNA FFPE Kit (48)

Cat no. / ID.   954404

For 48 preps: EZ1&2 DNA FFPE cartridge, disposable filter-tips and tip-holders, tubes, Paraffin Removal Solution, Proteinase K, RNase A, RNase-free water and buffers
¥49,000
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KitKit componentAccessories
DNA FFPE
DNA FFPE UNG
Uracil-N-Glycosylase
EZ1 Advanced XL DNA FFPE Card
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EZ1&2 DNA FFPE Kits are intended for molecular biology applications. These products are not intended for the diagnosis, prevention, or treatment of a disease.
Want to try this solution for the first time?
Get in touch with our team today and request a quote to trial the EZ1&2 DNA FFPE Kit (48).

Features

  • High recovery of amplifiable DNA
  • Paraffin removal without xylene or similar solvents
  • Option to remove uracil (deaminated cytosine) artifacts
  • Ready-to-use DNA for PCR, digital PCR (dPCR) and next-generation sequencing (NGS)
  • Automated heating and reagent-pipetting pretreatment steps, available on the EZ2 Connect

Product Details

Purify large amounts of amplifiable DNA from hard-to-lyse formalin-fixed, paraffin-embedded (FFPE) tissue. The EZ1&2 DNA FFPE protocol uses double lysis to recover DNA effectively, while the optional uracil-N-glycosylase (UNG) step removes deaminated cytosine artifacts to limit the risk of nucleotide read errors.

The EZ1&2 DNA FFPE protocols are automatable on either the EZ1 Advanced XL or the EZ2 Connect.

The EZ2 Connect features cardless protocols, expanded applications and remote connectivity options. Click here to learn more about the EZ2 Connect, or contact your sales representative to discover how easily you can get an EZ2 Connect for your lab.

Performance

Under UV-vis, fluorometric, and qPCR analysis, most of the samples processed with the EZ1&2 DNA FFPE Kit showed a higher abundance of dsDNA (see figure “ Optimized for PCR performance”).

For NGS analysis, the EZ1&2 DNA FFPE UNG Kit significantly reduces artificial C→T/G→A transitions, which commonly occur in FFPE material due to cytosine deamination (see “ Artificial C→T/G→A transitions”). This helps prevent false-positive reports of single-nucleotide variants (SNVs) in NGS (see figure “ Reduction in artifactual C→T | G→A transitions”).

See figures

Principle

The EZ1&2 DNA FFPE Kit maximizes DNA yields from limited sample inputs in two ways: By implementing a two-step lysis procedure, it helps ensure high DNA extraction even from difficult-to-lyse samples. In addition, its wash-free no-solvent deparaffinization technique minimizes the risk of losing of any sample material, which is difficult to avoid with multiple-wash solvent-based deparaffinization methods.

Crosslink removal further increases the amount of recovered amplifiable DNA (see figure “ Optimized for PCR performance”). In addition, it also makes the recovered DNA especially suitable for NGS analysis (see figure “ Reliable dPCR and NGS results”).

See figures

Procedure

The EZ1&2 DNA FFPE Kit fully automates the bind, wash and elute steps on the EZ1 Advanced XL or the EZ2 Connect. The preparation steps (i.e., Proteinase K digestions, crosslink removal and RNase A digestion) are done manually on the EZ1 Advanced XL; on the EZ2 Connect, many of these preparation steps can be automated (see figure “ EZ1&2 DNA FFPE workflow”).

See figures

Applications

DNA isolated with the EZ1&2 DNA FFPE Kit can be used immediately for PCR, dPCR or NGS. Alternatively, it can be stored at −30 to −15°C.

Supporting data and figures

Specifications

FeaturesSpecifications
applicationsPCR, digital PCR, next-generation sequencing
elutionvolume60 and 100 µl
formatMagnetic bead
mainsampletypeFormalin-fixed paraffin-embedded tissue samples
processingAutomated with the EZ1 Advance XL or EZ2 Connect
purificationoftotalrnamirnapolyamrnadnaorproteinGenomic DNA
technologySilica technology
sampleamountTissue sections, each with a thickness of 5–10 µm, for a total volume of 4 mm3

Resources

Kit Handbooks (2)
Safety Data Sheets (2)
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Certificates of Analysis (1)