
Power ADME testing with faster protein binding studies
Discover how to easily leverage your mass spectrometry data for DMPK considerations
50%
reduction in data preparation time
Accelerated ADME studies
through data automation
Data integrity
with centralized sample tracking
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Automated data collection
Centralize and securely store data while automating data preparation to increase efficiency and ensure data integrity
Easy sample tracking
Track samples and automatically correlate with MS results
Faster time to insight
Streamline workflows and ensure consistency across MS assays with standardized, automated analysis
Inefficient data handling
Manual transfer, transcription, and preparation of data slow down workflows
Difficult sample tracking
Tracking samples and attributing MS results is tedious and error-prone
Slow, inconsistent analysis
Non-standardized procedures for analyzing MS results add time and variability to ADME studies
Explore resources
Learn how to transform your scientific data into AI-based outcomes.
Accelerate ADME studies by leveraging your mass spectrometry data
Replatform
Automatically centralize sample plate maps, liquid handler logs, and MS results (XIC files) to ensure data integrity and minimize manual efforts
Engineer
Connect sample details with MS results to create harmonized datasets optimized for analytics and publishing to ELNs
Analytics
Harmonized and enriched data enables quick and reliable ADME calculations and deeper analysis
AI
Feed models with AI-native data to predict ADME properties of drug candidates
Simplifying ADME studies through data automation
At a top biopharma, manual file preparation and calculations for RED-MS (rapid equilibrium dialysis followed by mass spectrometry) slowed ADME studies. Find out how TetraScience streamlined these workflows with an automated solution.