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QIAGEN delivers Sample to Insights solutions that enable customers to unlock insights from the building blocks of life - DNA, RNA and proteins.
About QIAGEN. Our products. Understanding DNA, RNA and proteins – the molecular building blocks of life – is changing the way our world diagnoses and treats diseases, protects public safety, and advances science.
QIAGEN offers advanced molecular testing solutions that move customers through the whole process – faster, better and more efficiently. We identify bottlenecks, solve problems and exceed expectations.
Thank you for choosing QIAGEN. If you have questions about QIAGEN, our products or your order, this page should help you find the answers and contacts you need. QIAGEN Subsidiaries; Commercial Partner and Distributor Solutions; QIAGEN Divisions
QIAGEN N.V. is a German-founded multinational provider of sample and assay technologies for molecular diagnostics, applied testing, academic research, and pharmaceutical research. The company operates in more than 35 offices in over 25 countries.
QIAGEN is the recognized leader in bioinformatics solutions. We bring forth a track record of over 20 years and bioinformatics products built from best-in-class bioinformatics companies, with a deep customer base and market knowledge.
Unlock high-quality biomedical data and relationships for knowledge graphs, AI-driven target identification and more. QIAGEN Biomedical Knowledge Bases provide critical biomedical relationships information, structured and integrated manually and by AI.
At the heart of QIAGEN’s business is a vision for making improvements in life possible. We deliver on this promise by providing differentiating Sample to Insight solutions that help our customers to unlock valuable molecular insights encoded in the building blocks of life.
Research genes, miRNAs or pathways and find or create NGS, PCR and functional analysis products to study them. Analyze data and plan follow-up experiments.
Jun 21, 2021 · The QIAprep& CRISPR Kit and CRISPR Q-Primer Solutions are optimized for analyses of cells edited with methods such as CRISPR with adherent and suspension cell cultures – including experiments with the proteins Cas9 and Cas12a often used to cut DNA – and can even be used with single-cell inputs.
