- The EDGE System for Gene Expression Testing Introduced at AMP Conference
Product News: The EDGE System for Gene Expression Testing Introduced at AMP ConferenceHTG Molecular Diagnostics is launching the EDGE system at the Association of Molecular Pathology (AMP) conference in Long Beach from October 25 – 27 2012. The EDGE system is the first fully-automated instrumentation designed for clinical and research laboratories that offers nucleic acid extraction-free gene expression results from FFPE tissue and a variety of other sample types.
The EDGE system enables automated rapid, accurate, and reproducible mRNA and miRNA measurements. Developed under strict ISO 13485:2003 standards, the EDGE system’s barcode-driven template or custom User Select protocols allow multiplexing of up to 47 genes per well using less than a single 5 µm section of FFPE tissue. It eliminates the time-consuming and complex qPCR processes of extraction, amplification, and labeling and can deliver up to 1,500 answers per 24-hour cycle.
“The launch of the EDGE system will mark an industry shift in workflow optimization and is therefore a significant and necessary move toward more accessible and accurate answers for laboratorians and patients,” states TJ Johnson, CEO of HTG Molecular Diagnostics. “When fully integrated into a laboratory setting, the EDGE system can deliver up to 7000 answers from any sample type per work-week. It is the simple, walk-away automated solution to the ‘Tissue Issue,’ needing to do more with increasingly smaller samples, many laboratories encounter. The EDGE system derives and reports quantifiable results from a minimal amount of even old or degraded FFPE tissue samples.”
HTG Molecular Diagnostics will present the EDGE system at booth 244 in the Long Beach Convention Center during the AMP conference. A Corporate Workshop entitled ‘The Tissue Issue; Standardizing Targeted Gene Expression Testing in FFPE Tissue’ will also be presented at 2:00 p.m. on Wednesday October 24th, in room 102 of the Long Beach Convention Center.