One of the essential elements for developing safe and effective gene therapies is ensuring the quality of recombinant adeno-associated virus (rAAV) vectors used to deliver genetic material into specific tissues.
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Recombinant AAV characterization using advanced digital PCR and third-generation sequencing technologies to assess rAAV quality and safety
Scientific White Paper Available Now!
DNA helix

One of the essential elements for developing safe and effective gene therapies is ensuring the quality of recombinant adeno-associated virus (rAAV) vectors used to deliver genetic material into specific tissues.

At NewBiologix, we use advanced analytical procedures to ensure the highest quality of encapsidated rAAV DNA. The NewBiologix XcellTM rAAV Analytics platform enables quantitative assessment of  the integrity of the rAAV genome and the presence of encapsidated contaminants, including residual plasmid DNA, host cell DNA and other unwanted DNA sequences. This is achieved through two powerful analytical approaches:

Multidimensional digital PCR (dPCR):

  • Enables genome quantification and integrity assessment in a single reaction
  • Differentiates between full and partial rAAV genomes
  • Requires minimal sample preparation (compatible with crude supernatant)

Long-read Next-Generation Sequencing (NGS):

  • Long-read sequencing technologies are used for evaluating integrity and quality of rAAV
  • Provides high-resolution insights into rAAV sequence variants, structural changes, and unwanted encapsidated contaminants
  • Supported by an in-house team of technical experts and custom-built bioinformatics pipelines

White Paper

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Learn more about the benefits of these accessible, advanced analytical methods for improving the confidence in the quality and efficacy of the rAAVs. 

At NewBiologix, we use advanced analytical procedures to ensure the highest quality of encapsidated rAAV DNA. The NewBiologix XcellTM rAAV Analytics platform enables quantification of the integrity of the rAAV genome and encapsidated contaminants, including residual plasmid DNA, host cell DNA and other unwanted DNA sequences.