Cytosurge

Cytosurge

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Private Company

Total funding raised: $12M

Overview

Cytosurge is a private, commercial-stage company providing a unique technology platform and services for single-cell analysis and engineering. Its flagship FluidFM technology, originating from ETH Zurich, uses nanoscale fluidic force microscopy probes to perform cytoplasmic biopsies (Live-seq) and precise injections (e.g., for CRISPR) on living cells, enabling temporal studies of cell state transitions. The company operates a dual business model, offering both the FluidFM OMNIUM instrument for research labs and a CellEDIT service for custom cell line development, primarily targeting the cell therapy and synthetic biology markets to overcome challenges in hard-to-transfect cells and complex genetic edits.

Cell TherapyDrug Delivery

Technology Platform

FluidFM (Fluidic Force Microscopy): A patented platform combining atomic force microscopy with nanofluidics. It uses hollow cantilevers as nanosyringes to perform precise, minimally invasive intracellular injections and cytoplasmic extractions (biopsies) on individual living cells while maintaining high viability.

Funding History

2
Total raised:$12M
Series A$10M
Seed$2M

Opportunities

The growing demand for precise, high-viability engineering of hard-to-transfect primary cells (e.g., T-cells, stem cells) for cell therapies presents a major opportunity for Cytosurge's CellEDIT service.
Furthermore, the shift in single-cell biology from static snapshots to dynamic, temporal analysis could drive widespread adoption of its Live-seq biopsy platform as a new research standard.

Risk Factors

Key risks include the challenge of moving a sophisticated, niche research tool into mainstream industrial bioprocessing, where throughput and cost are paramount.
The company also faces competition from alternative gene delivery methods and the potential for technological disruption in single-cell analysis.

Competitive Landscape

Cytosurge occupies a unique niche with its direct physical manipulation capability. In intracellular delivery, it competes with electroporation systems (e.g., Lonza, MaxCyte) and viral vectors, but offers superior precision and viability for single cells. In single-cell analysis, it competes with high-throughput but destructive droplet-based sequencing (10x Genomics) by enabling longitudinal study of the same cell, a capability with few direct competitors.