On-Chip Single-Cell Technologies
From Platforms to Applications in Single-Cell Research
International Conference: 17-18 March 2026, Berlin, Germany
The Conference fosters collaboration among researchers, engineers, technology developers, and solution providers to advance on-chip single-cell technologies. Sessions will feature integrated microfluidic platforms, high-throughput systems, real-time functional monitoring, and AI-driven approaches, focusing on enabling precise, scalable, and multidimensional single-cell analysis.
Keywords: on-chip single-cell technologies, microfluidic systems, integrated lab-on-a-chip, single-cell capture and manipulation, single-cell multi-omics, droplet and array microfluidics, high-throughput on-chip analysis, real-time functional monitoring, live-cell assays, biosensing and detection, ai- and ml-enabled microfluidic control, on-chip automation and workflow integration, intelligent data processing, next-generation single-cell platforms, translational and diagnostic applications.
Interdisciplinary meetup: who should attend
- Researchers exploring on-chip single-cell technologies
- Experimentalists developing microfluidic platforms and single-cell assays
- Method and workflow designers for integrated single-cell experiments
- Data analysts working on single-cell datasets and AI/ML analysis
- Industry professionals, technology developers, and solution providers in single-cell microfluidics
Topics
including but not limited to:
Integrated Single-Cell Multi-Omics on Microfluidic Platforms
On-chip microfluidic platforms enabling integrated genome, transcriptome, proteome, and metabolome profiling of single cells.
High-Throughput Microfluidic Systems for Single-Cell Analysis
High-throughput microfluidic systems enabling large-scale single-cell isolation and multi-parameter analysis through droplet, array, or alternative architectures.
Real-Time Functional Monitoring and Live-Cell Analysis
On-chip platforms for real-time electrical, optical, and mechanical monitoring of single-cell activity.
AI- and Machine Learning–Enabled Single-Cell Technologies
Microfluidic technologies leveraging AI and machine learning for automated single-cell data acquisition, analysis, and experimental control.
Connecting Industry and Academia
More than just exploring the intersection of single-cell and microfluidic technologies, this Conference serves as a meeting point and community hub for researchers, engineers, technology developers, and solution providers to share emerging technologies, integrated platforms, and workflow innovations that advance progress in single-cell microfluidic research.
By connecting participants across the value chain, the Conference fosters interdisciplinary exchange that drives technology transfer, commercialization, and real-world application of innovations.
