Realtime 3D Label-Free Cell Imaging and Visualisation
Tomocube’s revolutionary Holotomographic (3D holographic) microscopy opens new era for label-free Live-Cell Imaging. This technique utilizes optical diffraction tomography (ODT), which enables users to quantitatively and noninvasively investigate biological cells and thin tissues. ODT reconstructs the 3D refractive index (RI) distributions of live cells and by doing so, provides structural and chemical information about the cell including dry mass, morphology, and dynamics of the cellular membrane.
Holotomographie with Tomocube HT-X1 Introduction
Click and Learn more about Different Tomocube-Products
HT-X1-System
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Multi-Well-Analysis with HT-X1
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Product Features
- High resolution, high contrast and high sensitivity
- Large-field detection
- Programmable multi-well analysis
- Laser autofocus for plate-to-plate reproducibility
- Low-noise, stain-free imaging without further calibration steps
- Quantitative Bioimaging
- Integrated incubation for long-term time-lapse
- Integrated 5-channel FL light engine
- Correlative holotomography with 3D fluorescence
- True multidimensional imaging across time, space and modality
HT-Series
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HT-1H Holotomographic Microscopy |
HT-2H Holotomographic Microscopywith 3D Fluorescence Imaging Capability |
Product Features
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HT Microscopy Concept |
Applications
Lipid Quantification
Bacteria Analyses
K. Pneumoniae Ampicillin treated |
K. Pneumoniae Control |
Phase Separation
Further Applications
Hematology: Malaria infection, Sickle cell identification, Blood analysis
Microbiology: Bacteria classification, Microorganism imaging, Lipid content test of microorganism
Immunology: White blood cell classification, Immune response
Nanotechnology: Nanoparticle imaging, Cell organelle tagging with nanoparticle
Cell biology: Intracellular trafficking, Cell division, Live cell imaging, Quantification, Cellular structure analysis
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