Discover the fundamental mechanisms of life.
Metabolomics plays an essential role in our understanding of disease and the search for potential biomarkers. Measuring metabolomics changes, in response to the environment, lifestyle choices, diseases, and therapies can be linked to specific cellular processes. These insights can lead to a deeper understanding of the factors that influence the onset and progression of diseases such as diabetes and cancer and can aid in patient stratification and the application of precision medicine. But metabolomics approaches, both targeted and untargeted, can be challenging.
SCIEX solutions for metabolomics are tailored to your research goals, coupling innovative hardware with versatility in data processing that allows you to get the answers you seek. Complete workflows are available for untargeted metabolomics, targeted metabolomics and metabolic flux analysis. The new ZenoTOF 7600 system maximizes sensitivity and detects low-level metabolites and lipids at even trace levels. Enhanced fragmentation capabilities using Electron activated dissociation (EAD) fragmentation improve structural elucidation. The Zeno trap improves the spectral sensitivity. Simple, integrated LC-MS solutions, including SWATH DIA and Multiple Reaction Monitoring (MRM), can allow core laboratories and translational researchers to generate robust metabolomics data to further their research interests.
Explore the uncharted realms of the metabolome. Discover methodologies and solutions for identifying new and unknown metabolites and comparatively quantifying across complex samples and matrices.
Set your sights on specific metabolites. Use highly sensitive and specific approaches to quantify metabolites and the pathways where the answers lie.
Visualize the dynamics of metabolic systems. Find both targeted and global stable-isotope labeling approaches for tracking biosynthetic reactions across the metabolome.
Qualitative flexibility combined with quantitative power, together. Detecting more low-level metabolites than ever before, the ZenoTOF 7600 system offers new, precise perspectives on the metabolome.
Offering extremely high sensitivity and wide linear dynamic range, the 7500 system allows you to detect previously undetectable metabolites with precision and accuracy.
Detection and quantification of the widest scope of chemical compounds. Improved polarity switching and MRM3 speeds allow faster chromatography and better throughput. Quantitative MRMs and qualitative QTRAP scans in the same injection maximize throughput.
Your workhorse in the laboratory for broad screens, comprehensive profiling, and identification of unknowns, the X500R is purpose-built to take the complexity out of HRMS.
Eliminate the risk and fear of missing critical metabolites with the only data independent acquisition (DIA) technique that allows comprehensive detection and quantitation of every detectable metabolite in a sample.
Engineered to do more. Faster. Streamline your metabolomics workflows with the usability, efficiency and integrity of SCIEX OS software.
Use the power of cloud-based software at your fingertips to extract and visualize mass spectrometry-generated big data from metabolomics projects on a single platform. Turn that data into biological insights quickly, and share your results widely and easily with collaborators.
You shouldn't have to be a statistics guru to get the most out of your MS data. MarkerView software is a smart, fast and simple statistical analysis software. Let it do the heavy lifting for you while you focus on key insights and high-value decisions.
Source, compound and experimental parameters to perform DDA experiments using collision-induced dissociation
Using the ZenoTOF 7600 system, powered by SCIEX OS software
Discover innovative lipidomics solutions that can help get you closer to your phenotype.
Explore fully-integrated LC-MS/MS systems with an FDA-cleared assay for in vitro diagnostic use, intuitive software, dedicated services and knowledge expertise.
Explore how SCIEX continues to reimagine therapeutic quantitation in innovative and productive ways that address the continuously evolving challenges facing the industry today.
Get a better understanding of the composition of food compounds and how they affect human health with the help of advanced MS-based metabolic profiling methods.
Deliver fast, highly accurate data across a multitude of compounds and biomarkers, from the known to the new, and the novel.