
Thermo Fisher is bringing fully automated next-generation sequencing (NGS) to clinical labs everywhere, moving genomics testing away from specialized centers so patients can access cancer treatment decisions faster locally.
The company's Genexus product enables any laboratory technician to run the tests with full automation, and leadership projects that within five years all patients with actionable mutations will have access to precision medicine through this decentralized approach.
What happened
Thermo Fisher's Clinical Sequencing Division is deploying fully automated next-generation sequencing (NGS) systems to clinical labs everywhere, moving genomics testing beyond specialized centers. The company's Genexus product enables end-to-end automation that allows any laboratory technician to run the tests locally.
Why it matters
Automation and AI in NGS reduce the time for clinicians and patients to access cancer treatment decisions. By decentralizing genomics testing to local labs rather than specialty centers, patients no longer need to wait for samples to be sent away, accelerating precision medicine delivery where they live.
What to watch
Kathy Davy, President of Thermo Fisher's Clinical Sequencing Division, projects that within five years, all patients with an actionable mutation will have access to precision medicine through products like Genexus. The company is balancing workflow simplification with ongoing innovation to keep pace with new biomarkers and evolving cancer science.
Kathy Davy, President of Thermo Fisher's Clinical Sequencing Division, outlined the company's vision for precision medicine in an interview with SelectScience. While specialization in genomics remains important, Thermo Fisher is pursuing a strategy to bring next-generation sequencing to all clinical labs with full automation and end-to-end capabilities, allowing labs to deliver answers to patients locally rather than routing samples to distant specialty centers. The company's Genexus product exemplifies this approach, enabling any laboratory technician—not just specialists—to perform NGS testing. Davy emphasized that both automation and AI play critical roles in making this possible, as they enable clinical labs and patients to receive cancer treatment guidance faster. The company recognizes a tension between two objectives: simplifying workflows to ensure any technician can run tests reliably, and continuing to innovate as new biomarkers become clinically relevant and cancer science evolves. Thermo Fisher's position is that both goals must be pursued in parallel—simplification enables access, while ongoing innovation ensures the science stays current. Looking ahead five years, Davy projects that all patients with an actionable mutation will have access to precision medicine, driven by products like Genexus that localize testing and make it accessible in any clinical lab, regardless of size or prior specialization in genomics.
Genomics testing has historically been concentrated in specialized centers, creating bottlenecks for patients seeking precision medicine diagnoses. Thermo Fisher's strategy addresses this by deploying fully automated systems that democratize access to NGS across the clinical lab landscape. The company frames this shift as balancing two competing demands: simplifying workflows so any technician can operate the technology, and continuing to innovate as new biomarkers emerge and cancer science evolves. This localization of testing—bringing answers to patients where they receive care—represents a fundamental reorganization of how genomics informs cancer treatment decisions. Leadership at Thermo Fisher sees automation and AI as the critical enablers of this shift, and projects that within five years the model will mature to the point where all patients with actionable mutations can access precision medicine without geographic or resource barriers.
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