Biomedical Research

Addressing all your discovery research needs with method and solution flexibility

Biology is massively complex. To help the biomedical research community unravel this complexity, Waters continues to develop powerful yet useable analytical tools and applications. Combined with our outstanding service and scientific support, Waters has an unwavering commitment to partner with and empower the global research community. From discovery and targeted multi-omics workflows, imaging technologies, and natural product solutions to method development advice, grant writing support, and education, we measure our success by the success of our customers.


Targeted Omics Method Library TOML delivers a wide variety of targeted LC-MS/MS methods. Packages include an application note, experimental method files, and a list of stable-isotope labeled standards.
Discovery Metabolomics For metabolic profiling applications, the applications use multivariate statistical methods to highlight compounds of interest, whether analyses use UPLC or GC with MS detection.
Proteomics Waters proteomics solutions and expertise are leading resources for proteomics discovery research. Our MS-based systems maximize efficiency and provide unique tools for protein discovery, characterization, quantification, and validation.
Mass Spectrometry Imaging for Biomedical Research Discover the possibilities of the powerful analytical and label free detection capabilities of MS to perform molecular imaging studies able to measure the distribution of molecules in tissues for many important applications in clinical research.
Natural Products & Traditional Medicines Designed for R&D laboratories analyzing natural products and traditional Chinese medicines (TCM), our application-focused solutions enable you to rapidly discover new compounds and move from complex sample to chemical and biological knowledge.
Disease Focus | Cancer Whether your research involves quantitating specific pathways or profiling the metabolome of specific cancers, Waters offers accurate, precise, and reproducible measurements of tens to hundreds of analytes from a single sample.
`
Back To Top Back To Top