Progress in patient care begins with precision. Renew advances NGS-based tools and assays to measure biology more precisely, enabling more accurate and actionable clinical testing.
A high-throughput clinical and research laboratory that supplies the sequencing, assay development, and operational backbone for Renew’s diagnostic innovation. This infrastructure supports the scale of translational programs and partnerships from early development to clinical application.
A biotechnology company developing neurodegenerative-focused liquid biopsy tests for earlier, more precise clinical insight, expanding the clinical foundation for Renew’s diagnostic development programs.
Renew translates innovation into real-world impact through active clinical and research programs, acquired technologies, and strategic partnerships that advance development capabilities and accelerate commercialization
100+ Client Projects Completed
Wasatch BioLabs completed 100+ research projects its first 18 months across biomarker discovery, assay development, and clinical validation.
Renew Acquires 7 Technologies Through SRA
Covering neurodegeneration, women’s health, Lyme disease, and cardiovascular disease, including laboratory devices and assay development tools.
3 Major Partnerships Established In 2025
Renew's subsidiaries partner with ONT, Agilent, and KU ADRC to advance core technology development and access.
We're translating innovation into real-world capability through active clinical and research programs, acquired technologies, and strategic partnerships that expand development capabilities and accelerate commercial impact.
The collaboration brings together Agilent's enrichment chemistries—SureSelect for genomic DNA and Avida for cell-free DNA—and WBL's proprietary Oxford Nanopore-based native-read workflow.
Through a collaboration between BYU and KU ADRC, 775 longitudinal patient samples will be analyzed using Resonant’s technology to evaluate its potential for early detection of Alzheimer’s disease.
"Together we will co-develop products that will replace conventional technologies and reshape how methylation is incorporated into clinical research and diagnostics" - Kathleen Barnes, SVP of Precision Medicine at ONT