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.
Some of the great challenges facing the world – issues of life and death, health and disease, continuity and change – find their causes in the near-infinite diversity of genomic molecules that serve as the building blocks of all life. Scientists, doctors, lab directors and other professionals committed to answering life’s questions look to QIAGEN for solutions in molecular testing.QIAGEN is known to more than 500,000 customers around the world for our innovation, engagement, integrity, quality and passion. This identity creates relationships for our global team across the continuum from research in the life sciences, to molecular diagnostics and public safety applications in everyday use.
Our mission…
…is to deliver Sample to Insight solutions enabling QIAGEN customers to unlock valuable molecular insights faster, better and more efficiently – from the raw biological sample to the final interpreted result.But Sample to Insight is more than just about providing smooth, end-to-end workflows. It's a strategic framework that puts the needs and challenges of our customers front and center. We want to identify key bottlenecks holding customers back and to deliver solutions so they can achieve greater success, ultimately helping them to exceed their own expectations.QIAGEN is committed to making improvements in life possible.
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. Our broad product portfolio encompasses consumable kits, instruments, and bioinformatics that allow our customers to unlock insights from these molecules and address molecular testing challenges from Sample to Insight technologies:
Sample technologies
isolate, stabilize, and prepare molecules from raw materials such as blood or tissue, soil or water, or forensic evidence.
Assay technologies
make molecules visible and ready for analysis, whether the goal is to identify a single pathogen or paint an in-depth genomic profile.
Automation systems
minimize hands-on time and in doing so, minimize handling errors and standardize sample processing.
Bioinformatics
interpret data and report actionable insights from vast amounts of complex biological data with the help of user-friendly software.
