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Realtime 3D Label-free Cell Imaging and Visualization
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  • Products
    • HT-X1
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    • Accessories
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  • Technology
    • Holotomography
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    • FAQ
  • Applications
    • Organoids Analysis
    • Lipid Quantification
    • Bacteria Analysis
    • Phase Separation
    • Cell Library
  • Resources
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  • About
    • Media
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News

Tomocube will join KFN 2021 in Busan, Korea

Tomocube joins 2021 Research Equipment Industry Festival

Tomocube joins 2021 AI Festival

Tomocube will join MSK 2021 in Changwon, Korea

Tomocube_Label-free 3D Live Cell Imaging_Holotomography_Webinar Phase separation research using HT

Tomocube Holotomography Webinar: Phase Separation Research using HT

Tomocube will join KSBMB 2021 in Jeju, Korea

Tomocube_Label-free 3D Live Cell Imaging_Holotomography_Kaist e-workshop on Quantitative Phase Imaging

KAIST e-workshop on Quantitative Phase Imaging

Tomocube will join IUMS 2020 in Daejeon, Korea

Tomocube will join Bio Health Worldwide Online 2020

Tomocube will join Online Job Fair 2020

Tomocube will join International Conference KSMCB 2020

Tomocube will join KOSOMBE 2020

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Color-coded projection of HT image

In order to improve the visualization of our 3D organoid structure in label-free imaging, we employed an adaptation of the Sobel image filter – a well-known image processing technique for accentuating edges in an image.

Specifically, we filtered the gradient images produced by the Sobel filter and color-coded them according to their depth. Subsequently, we projected the maximum value of the resulting colored gradient image in the z direction.

This methodology enabled us to gain a more detailed and informative representation of our 3D organoid structure.