Upcoming Webinar — September 10, 2026 · 10:00 AM ESTSingle-Cell Immune Profiling Identifies Prognostic Markers in Tumor Infiltrating Lymphocyte (TIL) Therapy for Checkpoint Inhibitor-Refractory MelanomaCan you tell which TIL products will work before infusion? Dr. Samuel Katz (Yale School of Medicine) identifies the immune signatures that tracked with longer survival in checkpoint-refractory melanoma. Free to attend, includes live Q&A. 
Samuel Katz, MD, PhD
Yale School of Medicine Register Free →
Upcoming Webinar — September 10, 2026 · 10:00 AM EST Single-Cell Immune Profiling Identifies Prognostic Markers in Tumor Infiltrating Lymphocyte (TIL) Therapy for Checkpoint Inhibitor-Refractory Melanoma Can you tell which TIL products will work before infusion? Dr. Samuel Katz (Yale School of Medicine) identifies the immune signatures that tracked with longer survival in checkpoint-refractory melanoma. Free to attend, includes live Q&A. | Samuel Katz, MD, PhD Yale School of Medicine | Register Free → |
Meet TROVO
High-throughput functional screening and live cell selection and recovery, all in a single fluidics-free system.
Watch Your Cultures,
Retrieve the Best Cells
Function First. Markers Optional.
Print. Seed. Discover. Retrieve.
The TROVO benchtop instrument allows you to screen and image thousands of cocultures in parallel and recover cells of interest — all without changing your current workflow.
The TROVO benchtop instrument allows you to screen and image thousands of cocultures in parallel and recover cells of interest — all without changing your current workflow.
Webinar: Now On Demand Decoding CAR-T Cell Fitness: Linking CRISPR Screen Hits to Functional Phenotypes Not all CRISPR hits are equal — some edits drive proliferation, others enhance cytotoxicity or persistence. Brandon Simone (Gill Lab, UPenn) shows how functional resolution at the single-well level reveals what bulk screens miss. Free to attend, includes live Q&A. |  Brandon Simone Gill Lab, UPenn | Watch Now → |
🔬Thousands of cocultures. One plate.TROVO compartmentalizes standard 6-well plates into thousands of individual hydrogel microwells — no new labware, no microfluidics. Every clone gets its own experiment, measured under identical conditions. Learn more →
🔬
Thousands of cocultures. One plate.
TROVO compartmentalizes standard 6-well plates into thousands of individual hydrogel microwells — no new labware, no microfluidics. Every clone gets its own experiment, measured under identical conditions.
Learn more →🎯Watch what your cells do. Not what they look like.Real-time fluorescence and brightfield imaging tracks cytotoxicity, persistence, and exhaustion over days — giving you behavioral data no surface marker can predict. Learn more →
🎯
Watch what your cells do. Not what they look like.
Real-time fluorescence and brightfield imaging tracks cytotoxicity, persistence, and exhaustion over days — giving you behavioral data no surface marker can predict.
Learn more →⚗️Identify it. Keep it alive.A light-based capture gel physically recovers your functional hits directly from culture — no FACS, no shear stress, intact transcriptome ready for sequencing or expansion into your downstream workflow. Learn more →
⚗️
Identify it. Keep it alive.
A light-based capture gel physically recovers your functional hits directly from culture — no FACS, no shear stress, intact transcriptome ready for sequencing or expansion into your downstream workflow.
Learn more →Print3D-printed hydrogel walls compartmentalize your standard culture plate into thousands of discrete microwells in under an hour.
Print
3D-printed hydrogel walls compartmentalize your standard culture plate into thousands of discrete microwells in under an hour.
DiscoverReal-time fluorescence imaging tracks every coculture over days — identify your functional hits based on what the cells actually do.
Discover
Real-time fluorescence imaging tracks every coculture over days — identify your functional hits based on what the cells actually do.
RecoverA light-based capture gel physically recovers your cells of interest directly from culture — alive, intact, ready for sequencing or expansion.
Recover
A light-based capture gel physically recovers your cells of interest directly from culture — alive, intact, ready for sequencing or expansion.
Microculture Applications
- Select T-cells with robust potency plus
meaningful proliferation - Identify and isolate rare cell types
- Accelerate cell line development
- Enrich cells for single-cell ‘omics analyses
