Purigen Biosystems, Inc.

Videos

  • Webinars / Tutorials
    AUG 20 2020
    WEBINAR: 01c - Get Pure RNA from FFPE Samples with Half the Effort
    The Ionic® Purification System provides automated purification of RNA, including mRNA and miRNA, from FFPE tissue samples with the new Ionic® FFPE to Pure RNA Kit. To help scientists overcome the sample prep bottleneck commonly associated with FFPE samples, the Ionic system uses a technology based on isotachophoresis to separate and concentrate nucleic acid in solution without binding to, or stripping from, a physical surface.Extract and purify 8 samples with just 5 minutes of hands-on time per sample. Co-purify both mRNA and miRNA with higher yields than column based-kits.
  • Webinars / Tutorials
    JUN 09 2020
    WEBINAR: 01d - Higher Quality Nucleic Acid Extraction from FFPE Using the Ionic Purification System
    FFPE tissue and samples with a low abundance of high-quality nucleic acid represent a bottleneck in sample preparation workflows. Researchers and clinicians working with these samples are often required to use labor-intensive methods to isolate enough material for downstream analyses. Such methods often include steps with the potential to introduce bias or produce material with lower quantity and quality. In this webinar, we will be sharing data from the Purigen Ionic™ Purification System that was used to purify nucleic acid from challenging sample types including FFPE tissue and low quantities of cells. The results from quality assessments and downstream NGS will be discussed.
  • Miscellaneous
    SEP 20 2021
    WEBINAR: 02a - Simultaneous, High-yield Extraction of DNA and RNA from FFPE Samples
    The new Ionic® FFPE Complete Purification Kit from Purigen Biosystems provides simultaneous purification of DNA and RNA, including miRNA, from FFPE tissues. While most technologies use a serial approach to separately isolate DNA and RNA, this new kit enables a single, automated workflow using the Ionic® Purification System that requires 75% less hands on time.