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Research Highlight
Digital aberration correction for enhanced thick tissue imaging exploiting a aberration matrix and tilt-tilt correlation from the optical memory effect
KAIST researchers develop high-resolution label-free imaging technology for thick biological tissues...read more
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Research Highlight
Observing Changes in Diabetic Red Blood Cell Properties Using Non-invasive 3-D Holographic Microscopy
Alterations in morphological, biochemical, and mechanical properties of individual diabetic red blood cells were quantitatively and non-invasively studied employing a 3-D quantitative phase imaging technique. No significant alterations were observed in the morphological and biochemical parameters of diabetic red blood cells compared to the healthy ones. However, membrane fluctuations of the diabetic red blood cells were significantly diminished and exhibited negative correlation with HbA1c levels, implying a deteriorated deformability of diabetic RBCs....read more
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Research Highlight
A Depth-Enhanced Method in Deep Tissue Imaging of a Living Mouse
A new method called wavefront shaping optical coherence tomography (WS-OCT) enables in vivo deep tissue imaging of a mouse....read more
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Research Highlight
KAIST Start-up Set to Release Tomographic Microscope for 3D Live Cell Imaging
3-D Holographic microscopy from a KAIST start-up was launched and enables scientists to visualize cells and tissues without labeling...read more
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