At Metabolon, we have spent the last 20 years building the best metabolomic competency in the world. Today, we enable, accelerate, and support drug development through biomarker discovery, understanding mechanism of action, patient stratification and more. One tool we use to power our work is machine learning, which automates routine tasks and teachable processes so our experts can focus their efforts on the challenges that most require their expertise.
Metabolomic data can play a pivotal role in understanding critical questions across the life sciences—the launch of DNA Genotek’s OMNImet.GUT validated by Metabolon dramatically expanded the accessibility of metabolomics for gut microbiome studies. This milestone shows how Metabolon can deliver innovative metabolomic insights through other collaborations.
A successful metabolomics study requires a comprehensive approach focused on quality and accuracy. That's why choosing the right partner can yield many more insights than trying to go it on your own, all while avoiding expensive mistakes. Consider these four risks that come with trying to do a metabolomics analysis without support.
Metabolomics reveals biological insights otherwise unseen, making it a crucial component of drug development. For a successful metabolomics study, both...
Metabolon scientists are collaborating with researchers on world-leading programs to use multi-omic deep phenotyping technologies, including metabolomics, to advance human...
3 Ways Machine Learning Propels Metabolomics at Metabolon
Metabolon and DNA Genotek: Collaborating to Advance Functional Understanding of the Microbiome
For a Successful Metabolomics Study, Don’t Risk Going it Alone
New Hope for Patients with Inborn Errors of Metabolism and Rare Diseases
Stool Sample Collection: A Bottleneck to Gut Microbiome Research
Delivering Clinical Insights with Targeted Biomarker Assays
Front lines of COVID-19
Achieve Study Success with Metabolon’s New Sample Handling Kit: Designed with Experience
Metabolomics Reveals Connection Between Gut Microbiome and Blood
Metabolon: A Rich Past and A Promising Future