Today, at the Advances in Genome Biology and Technology (AGBT) General Meeting, Beckman Coulter Life Sciences announces the launch of Apostle MiniMaxTM High Efficiency Cell-Free DNA Isolation Kit through an exclusive partnership with Apostle, a liquid biopsy company. As cfDNA workflows move beyond theoretical and into human health applications, Apostle's industry-leading chemistry paired with Beckman Coulter Life Sciences’ portfolio of genomic reagents and liquid handling platforms enables researchers to meet the growing demands for sequencing of tumor-derived cfDNA.
Image credit: Beckman Coulter
Surpassing industry standards for yield and purity of cfDNA, Apostle MiniMax is a magnetic nanoparticle-based kit to extract cfDNA from plasma using manual or automated workflows. Due to limited cfDNA concentration, sufficient yield for next-generation sequencing (NGS) or other downstream applications can require higher volumes of plasma. As the volume increases, issues such as recovery efficiency and workflow complexity often arise. Plasma contains a host of contaminants that are problematic at this scale and can reduce assay sensitivity. Apostle MiniMax technology performs reliably across a range of volume inputs, consistently recovering high quantities of cfDNA, while effectively removing contaminants.
Beckman Coulter Life Sciences is committed to working collaboratively with our customers to find the best technologies to meet their complex needs.
We have listened to their ongoing challenges in working with cfDNA and sought to find ways to effectively combat those issues. This includes recognizing that an innovative product from a startup like Apostle is the best technology to address these needs."
Steve Wowk, Director of Genomics, Beckman Coulter Life Sciences
Beckman Coulter Life Sciences’established global presence and commitment to life sciences makes them an ideal collaborator to provide access to our innovative nucleic acid isolation products to customers around the globe."
David Ge, President and CEO, Apostle Inc.