Next-generation mass spectrometry to amplify your biomarker discovery potential.

Join the post-genomics revolution, expand your R&D possibilities.

Our rapid liquid chromatography-mass spectrometry (rLC-MS) technology innovation and high throughput approaches have removed bioanalytical constraints to map dynamic, non-genetic biomarkers at speed, scale, and in a time- and cost-effective manner.

With more metabolite, lipid, and protein measures made in every sample, you can go beyond the genome to identify novel biomarkers that can inform and accelerate your studies for:

Drug Development

From discovery to preclinical and clinical phases, across disease areas and drug modalities.

Disease Research

From early disease detection to understanding the mechanisms underlying disease risk and progression.

Population Health

Leverage our ultra-high throughput discovery infrastructure to extend beyond a genetic-centric to a multi-omic understanding of disease.

What makes Sapient’s rLC-MS systems unique?

Fundamentally, Sapient’s proprietary rLC-MS allows us to take a biological sample like blood and, in that sample, capture and measure thousands of dynamic biomarkers.

We use these systems for nontargeted multi-omics analyses, including discovery metabolomics and lipidomics to profile broad, complex chemistries in a single run, as well as for discovery proteomics to significantly scale the number of proteins and proteoforms that can be measured in plasma, cells, and tissue.

This enables broader discovery to capture the most biologically relevant biomarkers, including yet-unknown molecules.

next generation mass spectrometry services

>15,000

small molecule biomarkers measured in nontargeted method

>12,000

proteins and post-translational modifications (PTMs) captured in cells and tissues

>5,000

samples can be analyzed per day with these systems

Ready to discover more?

Connect with our scientists to discuss your project or the biological questions you want to answer. We’re here to help you apply robust, creative omics approaches at any phase of development.

next generation mass spectrometry lab