Tag: Solid Tumor

Automation of the Pillar Biosciences oncoReveal Solid Tumor 22 gene panel (ORST22) on the Biomek NGeniuS Next Generation Library Prep System

Pillar built and evaluated an automated application for its 48-gene oncoReveal® Solid Tumor v2 (oRSTv2) research-use panel on the Beckman Coulter Biomek NGeniuS library preparation system, taking DNA through to indexed libraries with minimal intervention. Twenty NA12878 replicates and 22 moderately formalin-compromised DNA samples at 19.35 ng input were processed across three runs of 24, 16, and 8 libraries, sequenced on Illumina NextSeq 550 and MiSeq with PiVAT® analysis. Every expected variant was called at its expected allele frequency — 478 of 478 across the study — with no cross-contamination in no-template controls.

Validation of a Rapid Targeted Next Generation Sequencing Oncology Panel

Memorial Sloan Kettering built MSK-REACT (Rapid Evaluation of Actionable Cancer Targets) on Pillar’s oncoReveal® Nexus 21 Gene kit, an amplicon NGS assay covering hotspot regions of 19 genes across solid and hematologic malignancies. Validation used 196 clinical samples — FFPE, bone marrow, blood, cytology, and cell-free DNA — plus five commercial controls, benchmarked against MSK-IMPACT® and MSK-ACCESS®. Of 914 clinical variants, 912 were concordant (99.8%), precision and reproducibility were both 100%, and actionable results are delivered in 3–7 business days.

Evaluation of the Pillar Biosciences oncoRevealTM Solid Tumor v2 (oRSTv2) Application on the Beckman Coulter Biomek NGeniuS System

Pillar built and evaluated an automated application for its 48-gene oncoReveal® Solid Tumor v2 (oRSTv2) research-use panel on the Beckman Coulter Biomek NGeniuS library preparation system, taking DNA through to indexed libraries with minimal intervention. Twenty NA12878 replicates and 22 moderately formalin-compromised DNA samples at 19.35 ng input were processed across three runs of 24, 16, and 8 libraries, sequenced on Illumina NextSeq 550 and MiSeq with PiVAT® analysis. Every expected variant was called at its expected allele frequency — 478 of 478 across the study — with no cross-contamination in no-template controls.

Evaluation of the QIAxcel Connect system for NGS library prep QC analysis: experience from a clinical diagnostic laboratory

Carolinas Pathology Group and Atrium Health evaluated the QIAGEN QIAxcel Connect system for library quantification and quality control across three NGS workflows: Archer’s FUSIONPlex Pan Solid Tumor v2, Pillar’s oncoReveal® Solid Tumor v2, and Pillar’s oncoReveal® Essential MPN panel. Libraries from 160 FFPE scrolls, 134 FFPE slides, and 126 blood or bone marrow specimens were normalized on QIAxcel concentrations, pooled per panel, and sequenced on the Illumina NextSeq 550 Dx. Pillar panels showed the tightest peak-size reproducibility, and the approach removed the need to quantify every individual library.