Cytosurge AG Industries
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Clinical Services
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Overcome CRISPR delivery limitations with FluidFM: for multiplex genome editing and fast cell line development. The discovery of CRISPR-Cas9 for targeted gene engineering has revolutionized life sciences. Regardless of its broad introduction across many disciplines in biology, several challenges persist in editing cell lines, particularly for sensitive cells, or when multiple edits are required....
The novel method that keeps your cells alive during biopsy from single cells
Single-cell omics addresses cellular heterogeneity head on by isolating and analyzing molecular components from individual cells.
While many of the existing technologies rely on cell lysis —
Mechanobiology and single-cell adhesion measurements with FluidFM
Speed up your mechanobiology study by performing single-cell adhesion measurements with the FluidFM technology! Traditionally, in Single-Cell Force Spectroscopy (SCFS) assays, the object of interest is glued to an AFM cantilever resulting in complex handling and low throughput. The FluidFM systems solve this issue by reversibly immobilizing a cell to a FluidFM Probe via suction, and subsequent release with a...
FluidFM for Neuroscience Pattern, stimulate, inject into, and analyze single neurons
FluidFM® for Neuroscience - revise your approach of single neurons manipulation!A key feature of neurons is that they communicate with each other and with their environment. Nevertheless, analyzing and understanding these interactions at a single cell level remains a key challenge in cellular neurobiology. By uniting the best features of microfluidics and...
FluidFM for Virology Study viral entry and replication on a single virion-single cell level
FluidFM® for Virology - Get a unique control over your single virion-single cell in-vitro experiment! Typically, viral infections are studied in bulk experiments where many cells in culture are exposed to the virus simultaneously, making it difficult to study single virus entry events or the spread of the viral infection between individual cells. With the gentle, micro-channeled, and force feedback-controlled FluidFM Probes, single virions...
FluidFM Nanoprinting - Print any pattern at sub-micrometer resolution
FluidFM® Nanoprinting for researchers who need precise tools to manipulate, create and prototype on the nano- and microscale.
FluidFM technology with its microfluidic probes offers unprecedented versatility and control to print patterns and explore nanostructure creation. Whether you are working with protein arrays for sensing applications, chemical gradients for cell...