RNAseq Next-Generation Sequencing

Highlighting gene expression differences in the Alzheimer's brain
A greater understanding of Alzheimer's disease pathogenesis is essential for the development of more effective treatments. To gain these insights, researchers aim for a clear picture of the gene expression during initiation and progression of disease. These studies have been hampered in the past by conflicting expression results and suboptimal use of precious samples such as brain tissue. The advent of NGS RNAseq technologies enables researchers to get the maximum amount of unequivocal expression data from their samples.
QIAGEN provides sample and assay technologies for RNAseq that ensure reliable, reproducible results from sample to insight. Consistently high-quality RNA prep, unbiased whole transcriptome amplification, effective rRNA depletion, rapid library construction, and sequencing on any platform are assured in the workflow. To dicover the diversity in the data, QIAGEN's user-friendly bioinformatics solutions highlight differential and alternative gene expression and places it in the meaningful context of relevant biological pathways and processes.
For immediate stabilization of RNA in tissues
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For low- to medium-throughput sample disruption for molecular analysis
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For isolation and purification of intracellular RNA from blood stabilized in PAXgene Blood RNA Tubes
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For immediate stabilization of DNA, RNA, and protein in tissues
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For isolation and purification of intracellular RNA from blood stabilized in PAXgene Blood RNA Tubes
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For simultaneous purification of genomic DNA and total RNA, including miRNA, from cells and difficult-to-lyse tissue
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For purification of total RNA from all types of tissue using gDNA Eliminator Solution
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For purification of total RNA from tissues fixed and stabilized in PAXgene Tissue Containers
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For purification of miRNA and total RNA from whole blood
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For purification of microRNA and total RNA from tissues fixed and stabilized in PAXgene Tissue Containers
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For whole transcriptome amplification of total RNA or mRNA from single cells
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For parallel whole genome and whole transcriptome amplification from cells and limited samples
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For fully automated sample prep using QIAGEN spin-column kits
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For purification of total RNA from formalin-fixed, paraffin-embedded tissue sections
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For 96-well purification of microRNA and total RNA from tissues and cells
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For purification of microRNA and total RNA from formalin-fixed, paraffin-embedded tissue sections
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For purification of miRNA and total RNA from small amounts of cells and tissues
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For purification of microRNA and total RNA from tissues and cells
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For purification of cell-free total RNA, including miRNA, from animal and human plasma and serum
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Applying digital RNA sequencing to scan for known and novel fusion genes
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Digital RNAseq for gene expression profiling
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Gel-free miRNA Sample to Insight solution for differential expression analysis and novel discovery using next-generation sequencing
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For qPCR-enabled quantification of NGS libraries
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For modeling, analyzing, and understanding complex 'omics data
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For analyzing, comparing and visualizing human hereditary and cancer NGS data for biomarker discovery
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