TeraCyte Analytics utilizes Temporal Cytometry to perform high-throughput single-cell analysis, capturing dynamic cellular responses over time with precise data integrity. This technology enables researchers to predict medication responses and understand cellular behavior, addressing the challenge of variability in treatment efficacy across different cell populations.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional flow cytometry and live-cell microscopy lack the ability to capture dynamic cellular responses over time at a high-throughput, single-cell level. This limitation hinders researchers' ability to understand cellular behavior and predict medication responses due to variability across cell populations.
Solution
TeraCyte Analytics offers Temporal Cytometry, a platform for high-throughput single-cell analysis that captures dynamic cellular responses over time with precision. The platform combines the high-throughput capabilities of flow cytometry with the morphological and temporal resolution of live-cell microscopy. TeraCyte's silicon chip technology enables the analysis of millions of cells, generating robust temporal cytometry datasets. The platform transforms cellular dynamics into structured datasets and provides advanced analytics tools to derive insights, empowering researchers to ask pivotal questions about cell behavior and population dynamics.
Target Audience
The primary users are researchers in biological research, bio-production, food tech, drug development, clinical research, and personalized medicine.
Features
- High-precision silicon chip for single-cell analysis of millions of cells
- Integrated microfluidic system for precise environmental control
- Temporal cytometer for imaging and data capture
- Robust data processing to transform time-lapse images into normalized datasets
- Data repository for storing, sharing, and analyzing temporal cytometry data
- Comprehensive analytics toolkit for extracting insights