Link live-cell phenotypes to sequencing data
from the same cell.
Integrated imaging, sequencing and analysis workflows for functional single-cell biology
Functional single-cell workflows without specialized infrastructure
FLEX integrates imaging, sequencing, and analysis into scalable workflows compatible with standard laboratory equipment.
Functional single-cell workflows without specialized infrastructure
- No custom equipment required
- Easy translation of live-cell assays
- Flexible imaging and sequencing workflows
- Compatible with standard inverted microscopes
- Designed for pilot studies through large-scale discovery
FLEX Imaging Consumables
Run live-cell assays on your microscope
Imaging + Sequencing
Integrated same-cell multimodal analysis
Discovery Collaborations
Custom functional single-cell discovery workflows
Flexomics Collaborative Pilot Program
Summer 2026
Submit a proposal to explore a new application of FLEX through a collaborative pilot project. We are especially interested in projects that explore new assay formats, address important biological questions, or create opportunities for future commercialization and partnership.
1–3 pilot collaborations will be selected for Summer 2026.
Applications due July 4, 2026.
Flexible workflows for functional single-cell biology
Built to support adaptable imaging and sequencing workflows across diverse cellular models and functional assays.
Applications
Live-cell imaging
Time-resolved fluorescence imaging on standard microscopes
Functional Immune Profiling
Cytokine secretion, activation markers, and cell-state analysis
Same-Cell Sequencing
Link phenotype and molecular identity from the same cell
Assay Miniaturization
Adapt existing workflows into scalable picowell formats
Integrated Analysis
Unified imaging and sequencing data visualization
Longitudinal Cell Culture
Multi-day experiments and perturbation workflows
Recognized and supported by programs including:
Science-first collaboration, built around your vision
At Flexomics, our multidisciplinary team—spanning microscopy, sequencing, microfluidics, and computational analysis—works hand-in-hand with you to accelerate single-cell discovery. Our team works closely with you to support practical adoption within your existing workflows.
