FluidFM^® applications

Go beyond in single cell manipulation with FluidFM

FluidFM technology unites the best features of microfluidics and force microscopy by introducing closed microscopic channels into force sensitive probes. With this truly unique combination, FluidFM enables you to go beyond conventional technological boundaries in single cell research, nanotechnology, and biophysics.

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CRISPR cell line development

Ultra-fast cell line development by direct intra-nuclear CRISPR-delivery with FluidFM.

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CRISPR cell line development

Ultra-fast cell line development by direct intra-nuclear CRISPR-delivery with FluidFM.

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Mechanobiology

Pick. Measure. Release. Repeat.
For cells, microbes, and colloids.

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Mechanobiology

Pick. Measure. Release. Repeat.
For cells, microbes, and colloids.

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Nanoprinting

Print any pattern at sub-micrometer resolution. With any ink. In liquid & air.

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Nanoprinting

Print any pattern at sub-micrometer resolution. With any ink. In liquid & air.

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Neuroscience

Pattern, stimulate, inject into, and analyze single neurons with FluidFM.

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Neuroscience

Pattern, stimulate, inject into, and analyze single neurons with FluidFM.

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Single cell omics

Perform consecutive cytoplasmic biopsies with FluidFM while keeping the cell alive.

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Single cell omics

Perform consecutive cytoplasmic biopsies with FluidFM while keeping the cell alive.

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Virology

Go beyond bulk experiments and study infections with single virion precision.

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Virology

Go beyond bulk experiments and study infections with single virion precision.

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It is a great pleasure to see how much momentum the FluidFM has gained in the scientific community. It astounds me how many different FluidFM applications have been already demonstrated, and still think there is much more to explore both technologically (probes, electrical signals, combination with other instruments) and scientifically (biophysical questions), which is where we are focusing our efforts at ETH.
Prof. Tomaso Zambelli | Co-Inventor of FluidFM | ETH Zurich, Switzerland

FluidFM is a highly versatile tool with huge potential in the field of single-cell studies. The instrument enables us to address several unanswered questions in the epigenetics field by pushing experimental boundaries.
Prof. Wolfgang Fischle | KAUST | Kingdom of Saudi Arabia

FluidFM has provided us the chance to detach mammalian cells that were very strongly adhered to the substrate, in a systematic way and without any chemical modification of the cantilever; thus, allowing us to study cell behaviour in their natural state and environment.
Dr. Eng. Ana Sancho | University Hospital of Würzburg and University of the Basque Country | Würzburg, Germany

FluidFM allows my team to efficiently capture adhesive forces of microbial pathogens and screen for new anti-adhesion molecules. I believe that FluidFM has the potential to shed much light onto anti-microbial strategies.
Prof. Yves Dufrene | UC Louvain | Belgium

Would you like to discuss your application with our FluidFM experts?

FluidFM® applications

Go beyond in single cell manipulation with FluidFM

Learn how FluidFM can boost your application

CRISPR cell line development

CRISPR cell line development

Mechanobiology

Mechanobiology

Nanoprinting

Nanoprinting

Neuroscience

Neuroscience

Single cell omics

Single cell omics

Virology

Virology

FluidFM^® applications