QIAGEN reaches new peaks to ensure your insights into forensic analysis, exploiting the power of next-generation sequencing (NGS). NGS empowers forensic laboratories to obtain an increased amount of data through the ability to multiplex large numbers of markers – enabling greater success in solving crimes or resolving complex paternity cases, with essential information on identity,… Read article →
Next-generation sequencing (NGS) is changing the face of cancer research and propelling us faster than ever toward smart, personalized solutions for attacking tumors. Recently we presented Cancer Research Week, a 4-part webinar series covering the latest advances in NGS to help you in your mission to reveal cancer’s secrets, from molecular barcodes to single cell sequencing. Did… Read article →
Cancer research has come a long way, and is accelerating even faster in the age of next-generation sequencing (NGS). Identifying mutations, discovering biomarkers, and profiling DNA and RNA from single cells has given us more specific and personalized insights than ever, and advances in NGS are largely to thank for these opportunities. This September, we’re offering a… Read article →
Digital NGS using Unique Molecular Indices (UMIs) is a game-changer in RNA-seq, miRNA-seq and DNA-seq, enabling accurate quantification by overcoming PCR bias. In May, we presented the details of this technology for gene expression, microRNA analysis and mutation detection as part of our NGS Week webinar series, and again in July as part of the Summer of… Read article →
Comparing new enzymatic methods with physical shearing One of the key components to a successful sequencing run is library prep – and the first step in any great library is DNA fragmentation. Fragmentation cuts DNA into sizes that sequencers such as Illumina or Ion Torrent instruments can handle. Considering all the options out there to… Read article →
09/25/2017
In this webinar, we will introduce a robust and easy-to-use single-cell RNA-seq workflow for studying cells selected for analysis based on morphological alterations after drug treatment. If you’re working with live eukaryotic cells, join us and learn how you can quickly adapt this workflow to your lab.
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09/20/2017
Join this 3-part series to learn about gene expression analysis using targeted RNA-seq, data analysis with the Biomedical Genomics Workbench, and interpretation using Ingenuity Pathway Analysis.
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09/20/2017
Join this 3-part series to learn about gene expression analysis using targeted RNA-seq, data analysis with the Biomedical Genomics Workbench, and interpretation using Ingenuity Pathway Analysis.
Sign up! →
Metagenomic analysis of the New York City subway system – interview with Dr. Chris Mason
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Webinar today! Single-cell RNA-seq – linking cell morphology to transcriptomics: https://t.co/shLyHeqglZ https://t.co/v9zGw0SsKm, Visit the Single Cell Knowledge Hub: https://t.co/IVzdaIShcM https://t.co/rPmIHZglRy, Webinar tomorrow! Single-cell RNA-seq – linking cell morphology to #transcriptomics. Register here:… https://t.co/jfEnXEGzcj, Learn about our new sample prep solutions for your microbiome research at booth 921, Hall 4 at #IBMSCongress2017:… https://t.co/fb8UEDWmhD, 
Looking for minireviews, pathway maps, publications and research solutions for specific genes and pathways? Just go to GeneGlobe! 
