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New England Biolabs, Inc. NEBNext Flu A Integrated Indexing Primer Module - 48 reactions
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Catalog No. 5000332607
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The NEBNext Flu A Integrated Indexing Primer Module is a curated set of 48 universal Influenza A RT-PCR primer pairs, pre-mixed and pre-plated for use in cDNA synthesis, amplification, and library preparation upstream of Oxford Nanopore Technolgies sequencing (or Illumina sequencing, with protocol modifications). The primers' indexing tails allow for integrated indexing multi-segment (iiMS) RT-PCR, minimizing the impact of sequence variants on primer efficacy. The module enables indexed sequencing of Influenza A genomes from a variety of sources. This module is intended for research use only.

  • Achieve cDNA synthesis, amplification, and indexed library preparation of Influenza A genomes
  • Integrated index design reduces the impact of variants on amplification efficiency
  • Compatible with the Oxford Nanopore Technologies Native Barcoding workflow
  • Developed in collaboration with the Johns Hopkins University Applied Physics Laboratory

Catalog No. 50-003-32607 Supplier New England Biolabs, Inc. Supplier No. E3436S
May include imposed supplier surcharges.
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The NEBNext Flu A Integrated Indexing Primer Module is a curated set of 48 universal Influenza A RT-PCR primer pairs, pre-mixed and pre-plated for use in cDNA synthesis, amplification, and library preparation upstream of Oxford Nanopore Technolgies sequencing (or Illumina sequencing, with protocol modifications). The primers' indexing tails allow for integrated indexing multi-segment (iiMS) RT-PCR, minimizing the impact of sequence variants on primer efficacy. The module enables indexed sequencing of Influenza A genomes from a variety of sources. This module is intended for research use only.

  • Achieve cDNA synthesis, amplification, and indexed library preparation of Influenza A genomes
  • Integrated index design reduces the impact of variants on amplification efficiency
  • Compatible with the Oxford Nanopore Technologies Native Barcoding workflow
  • Developed in collaboration with the Johns Hopkins University Applied Physics Laboratory

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