Written by ThermoFisher
“We are excited to bring together our complementary offerings to advance our customers’ important work, from discovery to diagnostics,” said Marc N. Casper, chairman, president and chief executive officer of Thermo Fisher Scientific. “This acquisition provides us with the opportunity to leverage our industry-leading capabilities and R&D expertise to accelerate innovation and address emerging healthcare needs. For shareholders, we expect the transaction to be immediately accretive and to generate significant cost and revenue synergies.”
QIAGEN is a leading provider of life science and molecular diagnostic solutions and employs approximately 5,100 people at 35 locations in more than 25 countries. The company generated 2019 revenue of $1.53 billion. Its sample preparation technologies are used to extract, isolate and purify DNA, RNA and proteins from a wide range of biological samples. The company’s assay technologies are then used to amplify and enrich these biomolecules to make them readily accessible for analysis. In addition, QIAGEN’s instruments can be used to automate these workflows, while its bioinformatics systems provide customers with relevant, actionable insights.
“Our vision at QIAGEN has always been to make improvements in life possible with our differentiated Sample to Insight molecular testing solutions,” said Thierry Bernard, interim chief executive officer of QIAGEN N.V. and senior vice president, head of the molecular diagnostics business area. “This strategic step with Thermo Fisher will enable us to enter a promising new era and will give our employees the opportunity to have an even greater impact. The combination is designed to deliver significant cash value to our shareholders, while enabling us to accelerate the expansion of our solutions to provide customers worldwide with breakthroughs that advance our knowledge about the science of life and improve health outcomes.”
Casper concluded, “We look forward to welcoming QIAGEN’s employees to Thermo Fisher and are excited about the new opportunities we’ll have to advance precision medicine through new molecular diagnostics and improved life sciences workflows.”
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