Streamline cloning and protein expression
Discover how to unlock deeper insights into your protein expression process
2x
faster data transcription and aggregation
Confidence
in data integrity
Optimized
data for analytics and AI
The Rise of Sciborgs: Transforming How Science Gets Done
Introducing our new series: Sciborg™ Sessions. See how Sciborgs are fundamentally changing how science gets done.
Tune in live on LinkedIn:
February 27th | 11am ET
Automated data collection
Centralize and securely store data while automating data preparation to increase efficiency and ensure data integrity
Comprehensive information
Automatically capture variables in file names, retrieve plate maps, and publish results to your ELN/LIMS
Easy sample tracking
Track samples in wells and link them with measurements for operational insights and smoother troubleshooting
Inefficient data handling
Manual transfer, transcription, and preparation of data slow down workflows
Incomplete information
Key sample details, often embedded in file names, are difficult to capture at scale
Difficult sample tracking
Tracking samples and attributing results is tedious and error-prone
Explore resources
Learn how to transform your scientific data into AI-based outcomes.
Gain operational insights and make troubleshooting smoother
Replatform
Automatically collect log files from liquid handlers, plate maps from ELN/LIMS applications, and raw data from analytical instruments
Engineer
Harmonize raw data and automate downstream calculations and data processing
Analytics
Quickly review expression data linked to sample details to speed up screening and troubleshooting
AI
Increase expression levels of target proteins with AI-driven recommendations
Enhanced sample tracking boosts genotyping throughput
High-throughput screening of genomic edits is a complex, multi-step process. Each genetic modification needs specific reagents for qPCR detection. Discover how TetraScience boosted productivity by automating and enhancing sample records.