Research Applications
See how Cytely transforms research across scientific disciplines
Research Fields
Discover how Cytely is being used across scientific disciplines
Cell Biology
Identify and track cells through division and other events
Cytely's autonomous microscopy system excels at:
- Long-term live cell imaging without photobleaching or phototoxicity
- Automatic detection and tracking of dividing cells
- Quantification of morphological changes over time
- Multi-dimensional analysis of protein localization and dynamics
Our technology enables experiments that were previously impossible due to the manual effort required.
Developmental Biology
Track developing structures through multiple cell generations
For developmental biologists, Cytely offers:
- Continuous monitoring of embryonic development over days or weeks
- Automatic detection of key developmental events
- Lineage tracing with unprecedented accuracy
- Quantitative analysis of tissue formation and morphogenesis
Capture the entire developmental process from beginning to end with consistent quality.
Drug Discovery
Analyze cellular responses to compounds at scale
Accelerate drug development with:
- High-content screening of thousands of compounds
- Real-time analysis of cellular responses to treatment
- Automatic detection of subtle phenotypic changes
- Quantitative dose-response data with statistical rigor
Identify promising candidates faster and with greater confidence than traditional methods.
Neuroscience
Monitor neural activity and structural changes over time
Neuroscientists benefit from:
- Long-term imaging of neural networks in culture
- Automatic detection and tracking of dendritic spine dynamics
- Correlation of structural changes with neural activity
- Analysis of neural circuit development and plasticity
Cytely enables multi-day experiments with consistent focus and lighting conditions throughout.
