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GENTi™ Advanced Plant Kit

GeneAll® GENTi™ Advanced Plant Kit is designed to rapidly and reliably isolate nucleic acids from a variety of plant samples, such as leaves, seeds, and bark, utilizing magnetic bead-based equipment. Purified nucleic acids can be used for a variety of applications including quantitative, real-time PCR or RT-PCR.

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Overview

GeneAll® GENTi™ Advanced Plant Kit is designed to rapidly and reliably isolate nucleic acids 

from a variety of plant samples, such as leaves, seeds, and bark, utilizing magnetic bead-based equipment. 

Purified nucleic acids can be used for a variety of applications including quantitative, real-time PCR or RT-PCR. 

01

Format

 GENTi™ Advanced Plant Kit utilizes magnetic bead-based equipment, enables highly efficient nucleic acid extraction from a wide range of plant samples.

  • Compatible with GENTiTM 32 Advanced Automatic Nucleic Acid Extraction System
02

Stable and consistent result

  • High yield and purity
03

Simple and easy procedure

  • Easy of use with novel, pre-filled reagent cartridges
04

Applications

  • Suitable for the downstream applications such as PCR, RT-PCR, qPCR, qRT-PCR, NGS and other molecular diagnostic testing.

specifications

Technical Information

Features Specifications
Format Compatible with magnetic bead-based equipment
Maximum amount of starting samples
~100 mg of leaf samples
(~1 g for Bark or seed sample)
Preparation time ~20 minutes (Normal protocol)
Elution volume ~200 μl

Kit Contents

GENTi™ Advanced Plant 

(Cat. No. 904-048A)

GENTi™ Advanced Plant

(Cat. No. 904-096A)

  • for 48 tests
  • Pre-filled with reagents
  • Magnetic rod cover
  • Buffer EL
  • Buffer BR
  • Buffer SQ1
  • for 96 tests
  • Pre-filled with reagents
  • Magnetic rod cover
  • Buffer EL
  • Buffer BR
  • Buffer SQ1
  • Technical Data

        Detection of COVID-19 using Real-time RT-PCR assay from purified RNA samples.

     

        Comparison Data - Real Time PCR Amplification

     

    Protocols

    Supplementary Protocols

    Resources

    Application Notes

    References