Both Chenomx metabolic profiling
contract services and
licensed software use Nuclear Magnetic Resonance (NMR) Spectroscopy to acquire the spectra. Did you know NMR technology offers some unique advantages over the alternative Mass Spectrometry (MS) method? Some of which include:
·
Fully quantitative - NMR has a significant advantage in simultaneously identifying and quantifying metabolites of interest.
· Non-destructive testing - NMR is inherently non-destructive so samples can be used again for further analysis.
· Sample preparation is minimized - NMR requires little sample preparation before acquisition so time and money are saved. Furthermore, easier sample preparation ensures more reproducible results since fewer variables are at risk.
· Within-lab and cross-lab reproducible results - Results are reproducible within and across labs, as well as across different field strengths, making NMR a perfect
choice for multi-lab collaborations and long term studies.
· Non-selective - NMR is an unbiased universal detector ensuring that the integrity of your results is not compromised. There are also certain metabolites that are only identifiable using NMR technology such as GTP, ADP, AMP, ATP, NAD+, Acetic acid, Ethanol, Formate, Pyruvate, Guanosine, Taurine, Choline, Creatine, Creatinine, and more!
· Cost effective solution - Not only are our services a fraction of the cost of MS technology, but we also offer metabolic profiling on small studies with few samples so you don't have to spend a fortune trying it out.
Our patented "
Targeted Profiling" technology combined with NMR spectroscopy ensures a powerful tool that can be used to provide a fast and non-selective view of the contents of a fluid sample. NMR has also been used extensively in biomarker discovery studies. For a comprehensive list of publications using Chenomx NMR Suite technology please visit our
publications page.
Sending samples for analysis or purchasing an in-house license of Chenomx NMR Suite is an easy process!
Contact us today to learn more about how we can help you discover more from your research.