We have joined forces with Harvard's Wyss Institute.

Collaboration to improve CRISPR-based multiplexed gene editing. 

FluidFM - Go beyond current technological boundaries.


Our patented hollow FluidFM probes with apertures down to 300 nm give rise to more than 12 distinctive FluidFM applications.

Solutions with single cell precision for cell editing, assays and cell isolation.
AFM solutions such as single cell and microbe force spectroscopy measurements enabling 10-fold speed and ease of use.

Explore all applications


NEWS

FluidFM User Conference  June 25-26, 2020


Digital Event

Nanoengineering for Mechanobiology

November 30 - December 3 (CET)
Event focusses on the application of advanced microscopy and spectroscopy approaches to measure the mechanical properties of single molecules and cells.

More information

FluidFM User Conference  June 25-26, 2020


Publication

Force-Controlled Formation of Dynamic Nanopores

Researchers at ETH Zurich, lead by Morteza Aramesh, have found an elegant way to create nanopores with FluidFM - from 2 to 20 nm. With these they observed single neurons over hours, effectively enabling single cell secretomics.

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Social media feed - CRISPR gene editing with FluidFM

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CRISPR gene editing: Direct intra-nuclear CRISPR delivery with FluidFM


Article

Novel Approaches to Overcome CRISPR In Vitro Delivery Challenges

Article in European Biopharmaceutical Review by Dr. Paul Monnier, Cytosurge AG. In October Issue “Gene editing & CRISPR”.
Pages 34-37. © Samedan Ltd

Read the article

CRISPR gene editing: Direct intra-nuclear CRISPR delivery with FluidFM


Blog

Generation of multiple KO clones in two weeks.

In comparison, by favouring a “bottom-up” approach, FluidFM technology can pick a single cell that it has modified and generate a clone out of it – within two weeks. Read more in the following scientific article.

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CRISPR gene editing: Direct intra-nuclear CRISPR delivery with FluidFM


Blog

Bring more "Bio"
into BioAFMs

Would you like to unlock unique biological applications for your AFM? Are you interested in single-cell experiments? Then FluidFM might be the right technology to help you with your research.

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References

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