In this presentation we will illustrate the advantages of AFA technology in clinically significant applications (NGS, FFPE, ChIP) and will demonstrate the flexibility of Covaris AFA in delivering precise and highly-reproducible DNA and RNA fragmentation regardless of fragment size requirements
NGS-quality DNA and RNA shearing
Covaris AFA is considered to be the gold standard for DNA shearing for all NGS platforms in both R&D and clinical settings. Rapid advancements in genomic analysis technologies fuel the demand for advances in nucleic acid fragmentation technologies. In this presentation, we will discuss how Covaris AFA provides advanced sample preparation that out-performs the inherent limitations of ordinary sample prep technologies.
NGS-quality FFPE nucleic acid extraction
The novel truXTRAC™ method utilizes highly controlled focused acoustic energy for the effective removal of paraffin from FFPE cores, sections, and slides. truXTRAC enables rapid tissue rehydration, tissue digestion, crosslink reversal, and efficient nucleic acid release without the use of any dangerous organic solvents or messy mineral oils. We will present data from a variety of tissue types and will compare the performance of different extraction methods on the same FFPE tissue section for the simultaneous extraction of NGS-quality DNA and total RNA. More importantly, for clinical medicine, we will also illustrate how the Covaris method translates into extraction and purification of high quality DNA and RNA for NGS library preparation
Chromatin shearing for Chromatin Immunoprecipitation (ChIP)
We will present data illustrating the use of isothermal and highly-controllable Covaris AFA technology for ChIP while maintaining a high degree of epitope integrity, and the universal AFA-optimized truChIP™ reagents developed to deliver exceptional fragmentation of chromatin from any mammalian cells or tissues.