In this research article from Bioanalysis, the authors quantified and identifed over 50 analytes from human biological matrices by HPLC, NMR and LC–MS to obtain structural information on phenolic acid metabolites.
Expand your lab’s capabilities and rapidly increase coverage of a variety of in-demand metabolomics and lipid assays, while significantly reducing development times and the operating costs of running a wide range of assays. The Waters Targeted Omics Library, including the MetaboQuan-R and LipidQuan-R Rapid Targeted Omics Method packages, is an on-line database of method files and application notes for a variety of in-demand metabolite and lipid panels.
This review from Bioanalysis focuses on the targeted LC–MS/MS analysis of the urine metabolome.
Issue 23 of Bioanalysis volume 9 is now available, including an editorial discussing the matrix effects, a methodology on assay signaling and a White Paper on the rise of hybrid LBA/LCMS immunogenicity assays.
This editorial discusses the use of mass spectrometry metabolomics as a diagnositic tool for detecting metabolic syndrome. Learn more in this article from Bioanalysis.
We talk to Jiangjiang (Chris) Zhu about his career, emerging technologies and MS-based metabolomics as a focus for his recent work.
Through metabolic fingerprinting researchers have identified specific compounds that could be utilized as biomarkers for smoking induced biological changes.
Thermo Fisher Scientific announces collaboration with SRI International, incorporating SRI International’s BioCyc database collection to the Thermo Scientific Compound Discoverer 2.1 software platform.
Researchers at the University of Calgary (AB, Canada) have demonstrated the ability to identify H1N1 influenza pneumonia with metabolomic profiles.
An algorithm based upon levels of metabolites could be used to accurately predict Autism in children.
