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Precure LLC and Helix launch million-sample multiomics push at Mayo Clinic

Precure LLC and Helix launch million-sample multiomics push at Mayo Clinic GenoMethods.org © genomethods.org
Precure LLC and Helix launch million-sample multiomics push at Mayo Clinic © genomethods.org
Precure LLC has picked Helix to handle clinical whole genome and multiomics data from a million biospecimens. This marks a major step for precision medicine at Mayo Clinic and could reshape care across health systems.

Precure, LLC is building a massive molecular data engine. The company has chosen Helix as its main lab and AI partner for a project that will process one million biospecimens. The goal is clear: make clinical whole genome sequencing and multiomics part of daily patient care at Mayo Clinic and other health systems, not just a research tool.

Mayo Clinic officially launched Precure, LLC on September 15, 2026, teaming up with Thermo Fisher Scientific. As reported by Fierce Biotech, Mayo Clinic owns the majority of the new company, with Thermo Fisher as a minority partner. Precure, LLC wants to change how we spot the earliest biological signs of disease. The company will use clinical expertise, de-identified long-term health records, and huge molecular datasets to speed up new ways to care for patients.

Precure, LLC is a distinct entity from the existing Precure Research initiative at Mayo Clinic, which continues as an investigator-led program.

Becker’s Hospital Review

Helix is at the center of this effort. The company will provide advanced AI tools to bring genomics into clinical workflows and research based on biomarkers. Helix will also deliver large-scale multiomics capabilities. This includes clinical whole genome sequencing (WGS) and research-grade proteome sequencing, all tied to long-term clinical data and high-performance computing. The aim is to open new paths for prevention, diagnosis, and treatment.

"Our goal is to generate genomic information that can help inform patient care while creating a powerful resource for discovery," said Aaron Mangold, M.D., chief medical officer at Precure, LLC. "We are working to make clinical whole genome sequencing and multi-omics a foundation of care, helping us detect disease sooner and act earlier."

Precure, LLC and Helix have worked together before, using Helix’s Exome+® sequencing technology. Now, the partnership is growing. Helix will handle workflow orchestration, CLIA/CAP genomic sequencing, data infrastructure, and AI tools. The program will also use Ultima Genomics’ UG200™ Ultra Sequencing Platform. Helix will run a fleet of these next-generation sequencers to produce high-quality genomic and proteomic data at scale.

Precure, LLC aims to create one of the world’s largest integrated multi-omics databases by linking data from one million biospecimens with longitudinal clinical information to identify early biological signs of disease.

James Lu, M.D., Ph.D., CEO of Helix, described the long-term vision: "The genome is becoming an enduring patient resource, providing a precision baseline for a lifetime of care. Helix brings together the laboratory and data capabilities to make this possible at scale."

Precure, LLC is set up as a Mayo Clinic-controlled company. It is designed to responsibly combine population-scale molecular data with long-term clinical records. Any financial returns to Mayo Clinic from this project will go back into its nonprofit mission for patient care, research, and education, as confirmed in official statements to Fierce Biotech.

This partnership marks a real shift in how precision medicine is built. By joining clinical-grade genomics, proteomics, and AI analytics at a huge scale, Precure, LLC and Helix are not just making small steps—they are setting up a new standard for preventive and diagnostic care. The size and scope of this project show what can happen when clinical vision meets technology. The real test will be how these tools get used in everyday care, and whether this model becomes the blueprint for health systems everywhere.

A Mayo Clinic announcement says the project will go beyond genomics. It will also bring in proteomics, AI, and clinical data, with uses in cardiometabolic disease, cancer, neurological disorders, and immune-mediated disease.

Adrian Cole Founder, bioengineering editor and methods specialist GenoMethods.org
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Adrian Cole

Adrian Cole is the Founder and Editor-in-Chief of GenoMethods, where he writes about bioengineering, genome and cell engineering, synthetic biology, computational biology and emerging research methods. His editorial approach focuses on how technologies actually work, how they are validated and where the evidence stops supporting the claim.