35+ Years exclusively in stable isotope tracer studies
Experimental protocol designs and results delivered weeks faster than CROs
GLP-compliant, CLIA-certified, 21 CFR Part 11 validated
Consultative approach, with over 1,000+ studies guided from design to submission
Traditional nitrogen balance techniques overlook the dynamic nature of amino acid metabolism—the continuous breakdown, resynthesis, and recycling that sustain protein balance.
Stable isotope tracers transform amino acid research from static concentration data into a real-time view of metabolism.By labeling amino acids with 13C or 15N, we can follow their oxidation, transamination, and recycling across tissues—revealing how diet, disease, or therapeutic intervention reshape amino acid pathways. These insights provide the mechanistic clarity needed for confident clinical and regulatory decisions.
They've been instrumental—not just helpful, but truly instrumental. Without them, we'd be looking at inferior | alternatives.
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We weren't just sending samples and waiting for results; we were actively sitting down with the team, discussing the limitations and variability we were seeing, and working through solutions together. It felt like they were part of our internal team.
I think they’re extremely organized and very on top of sample management. All the interactions that I’ve had with them have been great.
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