Metabolomics and Cellular Metabolism
Cambridge Isotope LaboratoriesStable Isotope-labeled Metabolites in MS-based Methods
Spectroscopy enables researchers to identify chemical compounds, determine molecular structures, and understand fundamental properties of samples through the analysis of absorption, emission, or scattering of light or other forms of radiation. From infrared (IR spectroscopy) to ultraviolet (UV-visible spectroscopy) wavelengths, spectroscopy plays a vital role in various scientific fields. Explore how spectroscopy drives innovation and discovery across diverse research areas.
Stable Isotope-labeled Metabolites in MS-based Methods
The innovative Nicolet RaptIR+ FTIR Microscope offers precision and agility to help streamline sample analysis and quickly generate actionable results.
The TruScan G3 Handheld Raman Analyzer is a lightweight device that provides rapid, non-destructive material identification through Raman spectroscopy. Ideal for various applications, it offers quick PASS/FAIL results, robust performance, versatile connectivity, and enhanced compliance with 21 CFR Part 11. Its user-friendly interface and low maintenance requirements make it a reliable and efficient tool for quality control and…
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Stable Isotope-labeled and Unlabeled Metabolites and Substrates
Custom Synthesis, Custom Mixtures, Custom Gas and Custom NMR Reference Standards
Reagents and Products to Label E. coli, Insect, Yeast, and Mammalian Cells
Stable Isotope-labeled and Unlabeled Carbohydrate Standards
Scale up your biopharmaceutical experiments on our most flexible instrument
Isotope-labeled Standards and Mixtures / Kits for Metabolomics Research
Scale up your structural biology experiments on our most flexible instrument
Microbiological and Pyrogen Tested (MPT)-Grade Materials