The Ionic® Purification System from Purigen Biosystems uses isotachophoresis to extract pure nucleic acid freely in solution from biological samples. Nucleic acids remain in their native form, not denatured or dehydrated, and there’s also no binding to, or stripping from, fixed surfaces. This video shows the step-by-step workflow of extracting DNA from FFPE samples with the Ionic system.

This video is the step-by-step guide and procedure of "Preparing a Fluidics Chip for Purification" for the Purigen Ionic™ Purification System.

This video is the step-by-step guide and procedure of "Loading Samples for Purification" into the Purigen Ionic™ Purification System.

This video is the step-by-step guide and procedure of "Collecting Purified Sample from a Fluidics Chip™ Purification System.

AMP 2022: Analysis of the methylation state of cancer samples is a powerful new tool for research and clinical applications. Ensuring high-quality high-yield DNA extraction from minimal FFPE samples is essential to optimize clinical testing. Here we describe best practices for extraction of DNA from FFPE to support downstream applications including methylation arrays and sequencing. A case study comparing extraction methods for methylation array profiling will be presented. Presented by Dr. Lawrence Jennings at the Northwestern University Feinberg School of Medicine.

AMP 2022: Analysis of the methylation state of cancer samples is a powerful new tool for research and clinical applications. Ensuring high-quality high-yield DNA extraction from minimal FFPE samples is essential to optimize clinical testing. Here we describe best practices for extraction of DNA from FFPE to support downstream applications including methylation arrays and sequencing. A case study comparing extraction methods for methylation array profiling will be presented. Presented by Dr. Lawrence Jennings at the Northwestern University Feinberg School of Medicine.