OUR PRODUCTS
Products that make metabolomics easier
WORKFLOW KIT
MASS SPECTROMETRY
REMOVE SUPPRESSION AND NORMALIZE SAMPLES
OUR TECHNOLOGY
Learn how we use internal standards and companion algorithms as metabolic profiling tools to eliminate noise, analytical variability, and ion suppression. These tools lay the foundation to eliminate ion suppression and achieve metabolite normalization, two of the largest sources of error in metabolomics, making it possible to obtain clean, accurate, and reproducible datasets. Better data translates into better results. Better results mean more effective and countable outcomes. Our objective, at IROAtech, is to simplify clinical metabolomic measurements and streamline results for successful outcomes.
C13-labelled Yeast Semi-targeted Metabolomics Workflow
How IROA Works
IROA MLSDiscovery Software
Metabolomics Compound Identification
PUBLICATIONS
Read our publications on metabolic profiling technologies and learn about innovative and advanced solutions for metabolomics. Find out about the transformations that have automated the measurement of biochemicals in biological systems.
Metabolomics Research
ABOUT US
Metabolomics Company founded in 2010, in Ann Arbor, Michigan.
We are more than a metabolomics company, we are innovators simplifying metabolomics. We use stable isotope-labeled biochemical standards, software, and data analytics that correct ionization inefficiencies and instrumentation variances. We promote a streamlined metabolomics workflow employing advanced data analysis to make mass spectrally based measurements more accurate and reproducible so that results are consistent not only day-to-day but from batch-to-batch and across laboratories. From characterizing phenotypes to identifying biomarkers, we simplify clinical metabolomics to bring effective and meaningful results that you can rely on.
Listen To Webinar
The IROA TruQuant IQQ Cannabis metabolic profiling workflow provides a software solution together with a carefully formulated Cannabis Internal Standard for accurate simultaneous measurement of 100s of compounds.