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AFM / OT and Advanced Optics
Life Sciences
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Nanoscience
Electrical and Magnetic
Cell Mechanics and Adhesion
Single Molecule Force Spectroscopy
Nanomanipulation and Lithography
Raman, TERS and SNOM
Atomic Force MicroscopyAutomated Force SpectroscopyOptical TweezersCellular Adhesion / Cytomechanics
AFM / OT and Advanced Optics
Superresolution Microscopy (STED, STORM, PALM)
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NanoWizard® BioScience AFM
Living A549 cells - Correlative AFM and STED -
NanoWizard® BioScience AFM
VIDEO - Real-time rapture of microtubules - Correlative AFM and STED measurements -
NanoWizard® BioScience AFM
VIDEO - Real-time bending of microtubules - Correlative AFM and STED measurements -
NanoWizard® BioScience AFM
VIDEO - Stimulation of living fibroblast cells - Correlative AFM and STED measurements -
NanoWizard® BioScience AFM
Nanoruler - AFM and STED -
NanoWizard® BioScience AFM
Living A549 cells - Simultaneous AFM and STED -
NanoWizard® BioScience AFM
Simultaneous AFM and STED of Living fibroblasts - Actin Filament Imaging -
NanoWizard® BioScience AFM
Simultaneous AFM and STED of Living fibroblasts -
NanoWizard® BioScience AFM
HeLa cell in buffer - AFM with STORM
Confocal Microscopy, FCS, FLIM, TIRF, IRM
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NanoWizard® NanoOptics A AFM
Simultaneous AFM and FLIM measurements -
NanoWizard® BioScience AFM
Cell/particle interaction - AFM with confocal microscopy -
NanoTracker™ 2
Recording of a confocal z-stack -
NanoTracker™ 2
Confocal scanning combined with optical particle manipulation -
NanoWizard® BioScience AFM
Lipid bilayer - AFM with confocal microscopy -
NanoWizard® BioScience AFM
MDCK cells - AFM with confocal microscopy -
NanoWizard® Sense AFM
SAOS cells - AFM with confocal microscopy
Fluorescence Microscopy
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NanoWizard® BioScience AFM
Rad51 proteins bound to DNA - AFM with fluorescence microscopy -
NanoWizard® BioScience AFM
Living CHO cells - AFM with fluorescence microscopy -
NanoTracker™ 2
Fluorescence filter change during trap manipulation -
NanoTracker™ 2
Fluorescent microtubule manipulation -
NanoWizard® NanoScience AFM
Hexaphenyl nanofibers - AFM with fluorescence microscopy -
NanoWizard® NanoScience AFM
Fluorescent polymer spheres - AFM with fluorescence microscopy -
NanoWizard® BioScience AFM
Ptk2 cells - AFM with fluorescence microscopy -
NanoWizard® Sense AFM
Microtubules – AFM with fluorescence -
NanoWizard® BioScience AFM
REF52 cells – AFM with fluorescence
Phase Contrast and DIC
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NanoWizard® BioScience AFM
Living Vero cells -
NanoWizard® BioScience AFM
Living CHO cell -
NanoWizard® BioScience AFM
CHO cell - AFM with phase contrast -
NanoWizard® BioScience AFM
Living fibroblast cell - AFM with phase contrast -
NanoWizard® BioScience AFM
Living dorsal root ganglion cells - AFM with DIC -
NanoWizard® BioScience AFM
Collagen – AFM with phase contrast -
NanoWizard® NanoScience AFM
Polyelectrolyte shell - AFM with DIC -
NanoWizard® Sense AFM
SAOS chondrocyte cells – AFM with phase contrast -
NanoWizard® BioScience AFM
Living fibroblast cells – AFM with phase contrast and fluorescence
Upright Microscopy
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BioMAT™ Workstation
J-aggregates -
BioMAT™ Workstation
Paracoccus Seriniphilus bacteria -
BioMAT™ Workstation
Living CHO on gold electrode -
BioMAT™ Workstation
Cow tooth – etched - AFM with upright microscopy -
BioMAT™ Workstation
Bacteria on pyrite surface - AFM with upright fluorescence microscopy -
BioMAT™ Workstation
Mouse cerebellum tissue - AFM with upright fluorescence microscopy