MS/MS Standards
Cambridge Isotope LaboratoriesBoth 10-vial sets or single vials of these products are available
Both 10-vial sets or single vials of these products are available
For over 30 years CIL has offered a large selection of labeled compounds, including deuterated reagents and solvents
An innovative technology termed isotopic ratio outlier analysis (IROA) was developed to overcome the analytical challenges associated with current, stable isotope labeled compounds used in untargeted /targeted metabolic profiling. These challenges minimally pertain to analytical variance, artifactual peaks, and metabolite identification. The IROA method uses metabolic incorporation of heavy (95% 13C) and light (5%…
As new technologies and applications to study environmental, food, water, and exposure contaminants advance, CIL continues to maintain a leadership role working with researchers to develop new standards to meet the latest needs. With new instrumentation and extraction procedures allowing detection limits approaching attogram levels in some cases, the need for highly accurate isotope standards has never been greater.
Cambridge Isotope Laboratories offers a complete listing of Stable Isotope Labeled Amino Acids for all your research needs
CIL offers a wide variety of stable isotope labeled carbohydrates
CIL's NMR solvents are the preferred solvents worldwide for academic, pharmaceutical, industrial and government researchers. CIL has two dedicated NMR spectrometers for in-process testing, as well as three additional NMR spectrometers in its Quality Control department. Every lot of CIL solvent is routinely tested for both chemical and isotopic purity prior to release to inventory. 1H-NMR data is acquired for each solv…
CIL has been manufacturing amino acid standards and carnitine/acylcarnitine standards calibration standards for over 15 years. We offer both 10-vial sets or single vials of these products.
CIL offers a comprehensive listing of isotope-enriched products used to study the structure and dynamics of protein and nucleic acids using nuclear magnetic resonance (NMR).