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Novel insights on the mechanical properties of IFs using LUMICKS’ technology

Jul 30, 2018

IFs are one of the filament systems which constitute the cytoskeleton of the eukaryotic cell. Up until now very little was known regarding the physical properties and their roles in cellular mechanics, despite being associated with metastasis and being overexpressed in cancerous cells. In this article the optical tweezers – fluorescence microscopy in combination with computational methods were used to trap individual vimentin filaments and investigate their mechanical properties. The authors obtained insights into the energy dissipation, strain history dependence, and creep behavior of stretch filaments after which they linked these experimental observations to the known molecular architecture of IFs.

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Related technologies: Single-molecule Interactions

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LUMICKS

Optical tweezers, Confocal microscopy, STED nanoscopy, Acoustic force spectroscopy for single-molecule biophysics. 

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Live, simultaneous and correlative visualization and manipulation of molecular interactions with sub-picoNewton force resolution and sub-nm position resolution.

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The first dedicated optical tweezers instrument specifically developed for high-resolution single-molecule force spectroscopy research.

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Acoustic Force Spectroscopy is a single-molecule, lab-on-a-chip technology in which acoustic waves are used to exert forces on thousands of biomolecules.

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