Quantitative Bioanalysis of Drug Modalities

Quantitative Bioanalysis of Drug Modalities

Robustly deliver sensitive and accurate quantitation of diverse drug modalities in biological matrices and support the transition from candidate selection to clinical trials with Waters quantitative bioanalysis solutions.

Robustly deliver sensitive and accurate quantitation of diverse drug modalities in biological matrices and support the transition from candidate selection to clinical trials with Waters quantitative bioanalysis solutions.
Scientists discussing chemical reaction

Today's rapidly expanding drug development pipeline demands efficient and accurate quantitation of diverse drug candidates and their metabolites in biological matrices to provide critical pharmacokinetics insights supporting safe and efficacious studies. The rise of new drug modalities is challenging bioanalysis laboratories, requiring versatile and easy-to-adopt solutions that do not compromise on quantitative performance.

With Waters advanced UPLC-MS/MS technologies and performance-enabling chemistry and consumables, scientists can develop bespoke, highly sensitive, and robust analytical workflows for assessing pharmacokinetic profiles across diverse modalities. Bolstered by efficiency driving software for GLP and non-GLP environments, Waters solutions address today’s bioanalytical challenges across all stages of drug development.


Lead with combined speed and quality in early candidate selection with Waters optimized solutions for robust, high-throughput ADME screening.

Support the expansion of biological therapeutics with Waters bespoke large molecule quantitative workflows that integrate seamlessly into your bioanalysis laboratory.

Reliably and accurately quantify drug candidates in biological matrices, with Waters trusted LC-MS/MS solutions for quantitative bioanalysis.

Tackle the specific analytical challenges from the introduction of new drug modalities like PROTACs to support the development of robust sensitive bioanalytical assays in discovery and beyond.

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