Microsomal Stability

Determine how quickly your compound is metabolized by liver microsomes across various species (e.g., human, rat, mouse). Our HPLC-MS QTOF workflows capture full-scan data, eliminating the need for individual MS methods. Results include percent remaining or intrinsic clearance, giving you a clear picture of metabolic liabilities.

Microsomes contain drug metabolizing enzymes and can indicate activity in future pharmacokinetic studies

Stability in microsomes is a suitable first step in metabolic stability screening technique due to it’s low cost and high-throughput. We’ve coupled high resolution accurate mass Q-TOF MS with HPLC to help you do more with less. Full-scan data is acquired, from which narrow window extracted ion chromatograms are generated, producing quantitative data equivalent to that obtained by HPLC/MS/MS without the time-consuming process of developing distinct, MS methods for each test article. Use this data to guide structural modifications, predict in-vivo performance, develop structure-metabolic stability relationships, and triage compounds for further studies in real time.

Results can vary between species; use in-vitro data to determine which species to use in pre-clinical studies. The data below was obtained at Analiza. Commercially available compounds were tested under the same conditions using human, rat, and mouse liver microsomes.

 

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Helping clients better understand the results of our assays is a service that we regularly perform and are always happy to do free of charge. Support is readily available for scheduling teleconferences with our scientists and executing non-disclosure agreements if required.

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