A 3D illustration of an adeno-associated virus particle with a detailed, spiky outer structure, floating in a colorful, blurred microscopic
Application Note

A complete workflow for full-length AAV sequencing

Accurate quality control of recombinant AAV vectors is essential for ensuring gene therapy safety and effectiveness.

Adeno-associated virus (AAV) vectors are key tools in gene therapy, and maintaining their quality and functionality is crucial. Traditional short-read sequencing methods often struggle with the complex structure of AAV genomes, leading to inaccurate quality control. Long-read Oxford Nanopore sequencing enables the detection of genome truncations, contamination, and accurate characterization of full-length AAV genomes.

Download this application note to learn:

  • How to optimize sample preparation for high-quality AAV genome extraction
  • Effective library preparation strategies for full-length sequencing of AAV vectors
  • Techniques for identifying vector integrity, contamination, and genome modifications

Sponsored by

  • Oxford Nanopore Technologies

Top Image Credit:

istock.com/quantic69