On-Chip Single-Cell Analysis

International Conference: 21-22 May 2026, Berlin, Germany

Droplet Microfluidics for Single-Cell Applications

This meeting focuses on on-chip droplet microfluidics for single-cell analysis, covering innovations in miniaturized, integrated, and high-throughput single-cell technologies. It provides a forum for researchers, engineers, and industry experts to explore developments that advance chip-based cellular studies and expand the frontiers of single-cell investigation

Keywords: droplet microfluidics, on-chip, single-cell analysis, high-throughput, functional profiling, multi-omics, workflow integration, automation, biocompatible materials, platform engineering.

 

Interdisciplinary meetup: who should attend

  • Researchers using droplet microfluidics for single-cell studies
  • Engineers designing, integrating, and automating microfluidic platforms
  • R&D leads developing single-cell workflows
  • Product managers for droplet microfluidic platforms
  • Industry suppliers of on-chip single-cell technologies
 

Topics

including but not limited to:

Droplet Microfluidics Platforms

Covers droplet operations for single-cell encapsulation and multistep experiments on-chip with high-throughput, integrated applications.

Integrated On-Chip Single-Cell Workflows

Integrates droplet operations and automation into scalable high-throughput single-cell workflows.

Single-Cell Omics in Droplets

Profiles single-cell function and multi-omics in droplets, enabling high-throughput capture of rare and heterogeneous cells.

Future Frontiers

Droplet microfluidics has transformed single-cell analysis, enabling precise encapsulation, high-throughput screening, and integrated workflows. The next frontier asks: how can we scale single-cell studies and gain deeper insights?

We are particularly interested in directions such as AI-guided automation for real-time droplet control, biocompatible materials for long-term culture, ultra-high-throughput multi-omics profiling, and interdisciplinary approaches combining engineering, biology, and computational analytics.

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Connecting Industry and Academia

This conference goes beyond discussions of traditional single-cell techniques. It serves as a meeting point and community hub where researchers, technologists, and industry experts showcase innovative on-chip droplet microfluidic platforms and their practical applications in single-cell analysis.

By connecting participants across the value chain, the Conference fosters interdisciplinary exchange that drives technology transfer, commercialization, and real-world application of innovations.