Light Refraction Imaging to Measure Liquid Volume

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Depth-Resolved Low-Coherence Phase Microscopy for Quantitative 3D Imaging of Stained and Unstained Tissues
03378
A flipping mirror directs illumination into a reflection-mode module—where backscattered tissue waves interfere with reference waves across ~230 wavelengths using a right-angle prism to prevent double transmission—or into a trans-illumination module employing a transmission grating to separate DC and first-order beams for quantitative phase imaging.
- Label-free tissue pathology imaging.
- Label-free, depth-resolved quantitative phase imaging of unstained tissue with nanoscale sensitivity.
Life Science Research Tool
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Yang Liu
Med-Medicine
2014-08-12
Novel Microfluidic Device for High-Throughput Tissue Analysis
03707
High-throughput optical monitoring is a commonly used research technique in drug screening and monitoring cell morphology in response to stimuli (e.
Commercially available 96-well plates used in high-throughput screening typically require sample volumes between 40–280 µL.
With the possibility to modify the dimensions of these wells and arrange into arrays of various size, these optically transparent wells allow for monitoring of high-throughput samples to improve research.
Life Science Research Tool
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In Vitro DiagnosticLife Science
Riccardo Gottardi
2015-08-28
Reflective-shell Photoacoustic Probe for Redirecting Scattered Light to Enhance Imaging Depth and Contrast
02650
Contrast-enhanced molecular imaging.
High-efficiency coatings and acoustic-matching media reduce energy losses, while the reflective shell improves signal‐to‐noise ratio and imaging depth without added external optics.
The present invention is a novel device that can enhance the effective intensity and diffusivity of a light source to illuminate a target imaging area at depth.
Engineering Technology
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Kang Kim
Bioengineering
2011-12-15
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        Shikhar Uttam
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