Tempus AI launches OneOme pharmacogenomics testing solution
Tempus AI, Inc. has launched the OneOme pharmacogenomics testing solution following its November 2025 acquisition. The solution provides genetic insights to optimize medication safety, dosing, and toxicity risk assessment. This move expands Tempus AI's precision medicine portfolio by integrating genomic tumor profiling with treatment processing data.

*this image is generated using AI for illustrative purposes only.
Tempus AI, Inc. has announced the national launch of its OneOme pharmacogenomics (PGx) testing solution, designed to deliver advanced genetic insights that optimize medication safety, dosing, and toxicity risk assessment. This strategic expansion enhances the company's precision medicine capabilities by addressing how a patient's body processes treatments.
The introduction of the OneOme solution follows Tempus AI's acquisition of OneOme in November 2025. By fully integrating these capabilities, Tempus AI aims to bridge the critical gap between genomic tumor profiling and the practical application of treatment data.
Precision Medicine Portfolio Expansion
The integration of OneOme allows Tempus AI to offer a more comprehensive suite of diagnostic tools. The pharmacogenomics testing provides clinicians with actionable data to tailor treatments based on individual genetic profiles.
Key Features of the Launch
- Optimization: Improves medication safety and dosing accuracy.
- Risk Assessment: Evaluates toxicity risks associated with treatments.
- Integration: Bridges genomic profiling with treatment processing data.
The launch represents a significant step in Tempus AI's mission to leverage artificial intelligence in advancing patient care and precision medicine.
How will the national launch of OneOme impact Tempus AI's revenue growth and market share in the precision diagnostics sector over the next fiscal year?
What are the potential regulatory hurdles or insurance reimbursement challenges Tempus AI might face with the widespread adoption of pharmacogenomics testing?
Could this expansion prompt partnerships with major electronic health record (EHR) providers to streamline the integration of genetic data into clinical workflows?




























