Pall AcroPrep™ Advance 96-well Long Tip Filter Plate for Nucleic Acid Binding
Presenting

Nucleic Acid Binding Solutions for
DNA & RNA Isolation or Extraction

Available in:

  • Nanosep® Centrifugal device
  • AcroPrep Advance 96-well Long Tip Filter Plate

The new Pall Laboratory NAB Nanosep centrifugal device provides high binding of nucleic acids due to its innovative double layer glass fiber membrane. Higher yields generate enough sample for multiple downstream applications, thus saving time and money by eliminating the need to process additional samples. The NAB Nanosep device can recover from 10,000 down to 50 base pairs allowing researchers to analyze the widest range of nucleic acid fragments in a single spin device.

The Pall AcroPrep Advance 96-well long tip filter plate and the Nanosep centrifugal device for nucleic acid binding (NAB) incorporate a silica-based quartz glass fiber media to allow for efficient binding of DNA and RNA, while providing smooth flow and rapid processing of samples. This media offers researchers the flexibility to purify plasmid DNA, genomic DNA or total RNA from a variety of starting materials. Pall Laboratories nucleic acid binding products provide flexibility in applications, reduced risk of cross contamination and smooth flow for sample processing.

Multi-well Plates

The Benefits

Here at Pall, we are trying to make a difference. Purification of nucleic acids is one of the first steps to understanding disease pathways. The Pall Nanosep® centrifugal device and AcroPrep Advance 96-well long tip filter plate for Nucleic Acid Binding provide researchers flexibility in their nucleic acid purification workflows, while saving them money.

Choose your application below

pDNA gDNA Total RNA

Plasmid DNA Purification

  • Transfections
  • Cloning
  • Sanger sequencing

Genomic Purification

  • PCR
  • Real-time PCR
  • Next Generation Sequencing (NGS)

Nanosep Centrifugal Device Instructions for Use

The new Pall Laboratory NAB Nanosep centrifugal device provides high binding of nucleic acids due to its innovative double layer glass fiber membrane. Higher yields generate enough sample for multiple downstream applications, thus saving time and money by eliminating the need to process additional samples. The NAB Nanosep device can recover from 10,000 down to 50 base pairs allowing researchers to analyze the widest range of nucleic acid fragments in a single spin device

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