2021. 02. 25
The research team of Shanghai Jiaotong University used full exon sequencing to deeply analyze the performance comparison of four capture probes
Next Generation Sequencing (NGS) has become one of the most important tools for genomic research today due to its advantages of high throughput, sensitivity and specificity. Compared with whole genome sequencing, targeted sequencing, such as whole exome sequencing, has the advantages of low cost, high sequencing depth and coverage, and easy data management, and has become a routine technology in basic research and clinical diagnosis. Currently, the types of probes used by existing capture sequen
NGSHybridization Capture DNA Probe QuarStar Liquid Pan-Cancer Panel 3.0 QuarStar Pan-Cancer Lite Panel 3.0 QuarStar Pan-Cancer Fusion Panel 1.0 QuarStar Pan Cancer Panel 1.0 Hybridization Capture RNA Probe QuarXeq Human All Exon Probes 3.0 HRD panel Library Preparation DNA Library Preparation Kit Fragmentation Reagent mRNA Capture Kit rRNA Depletion Kit QuarPro Superfast T4 DNA Ligase Hybridization Capture QuarHyb Super DNA Reagent Kit QuarHyb DNA Plus 2 Reagent Kit QuarHyb DNA Reagent Kit Plus QuarHyb One Reagent Kit QuarHyb Super Reagent Kit Pro Dynegene Adapter Family Dynegene Blocker Family Multiplex PCR QuarMultiple BRCA Amplicon QuarMultiple PCR Capture Kit 2.0 PathoSeq 450 Pathogen Library Corollary Reagent Streptavidin magnetic beads Equipment and Software The iQuars50 NGS Prep System
Primers and Probes
RNA SynthesissgRNA miRNA siRNA
Gene Synthesis
Oligo Pools
CRISPR sgRNA Library
Antibody Library
Variant Library
Tel: 400-017-9077
Address: Floor 2, Building 5, No. 248 Guanghua Road, Minhang District, Shanghai
Email: 
