The Geniom® RT Analyzer is designed for the automated processing of microarray experiments. It uses microfluidic Geniom Biochips for a wide range of applications. All-in-one instrumentThe Geniom RT Analyzer is a hybridization oven, a wash station, a shaker and a scanner in one instrument. Sample loading, hybridization, washing, precise temperature control, staining and detection are fully automated. There is no need for many…
febit offers a broad variety of Geniom® Biochips useable with a Geniom RT Analyzer or febit’s Analytical Services. Customers can choose from the growing portfolio of Geniom Biochips or order Custom Geniom Biochips manufactured exactly to precise specifications. Geniom Biochips are available with validated and optimized probe design for specific applications such as: • microRNA Profiling • mRNA Profiling • HybSelect, sequence c…
The biochip from febit enables up-to-date profiling and enrichment of genes and SNPs of interest using Gene Expression Profiling, SNP-Detection, ncRNA analysis as well as targeted enrichment of genes for Next-Generation Sequencing (NGS).
Specify the genes you want to capture, and ship your genomic DNA samples to febit. febit’s experts will capture your region of interest with our HybSelect technology and send back the captured DNA to you with suggestions for the sequencing run on your SOLiD 3 system or your Illumina GAII system. Benefits • Short turn around time • Fast probe design • Available catalog Biochips for detection of cancer genes • Excellent enrichme…
Fast service from sample to ready-to-publish data • Up-to-date miRNA arrays based on the latest miRBase version (http://www.mirbase.org/) • Flexible and fast array design for customized biochips • From sample submission to data results report in 2–3 weeks Comprehensive analysis report of your data for publication-ready results • Sample amount: only 130 ng total RNA needed
The introduction of NGS technologies into the market has changed the way we think about scientific approaches in basic, translational and clinical research. The development of NGS applications is a rapidly evolving field – making for exciting times in genomic studies. The ability to produce large numbers of readouts at low cost makes NGS platforms useful for many applications. Next-generation sequencing applications include:•…
