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The use of high-resolution microscopic imaging is continuously increasing in engineering, medical, natural science, and other fields.
Fluorescence microscopic imaging is advantageous for high-content assays that assess in vivo drug effects using multiple cellular response parameters [7].
At this point, it is not possible to detect a few cells buried under millimeters or centimeters of tissue, but microscopic imaging is able to detect cells at an exposed resection margin.
OCT could be a very promising technique which has the potential to be used as an adjunct to histological tissue observation when it is not practical to take specimens for histological processing, when large areas of tissue need investigating, or when rapid microscopic imaging is needed.
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Confocal microscopic imaging was performed using a Leica microscope (DMR TCS SP2 AOBS).
Microscopic imaging was performed using a Leica microscope DMRXA2 equipped with a Nomarski filter.
Microscopic imaging was performed using an Axiovert microscope (Zeiss).
Fluorescence microscopic imaging was performed using either Olympus IX70 inverted microscope (for HERG-KCNE localization), or BioRad Radiance 2000 Laser Scanning Confocal Microscope (for KCNE localization and z-series) with a 60×1.4 N.A. oil immersion objective lens.
Automated microscopic imaging was performed with the integrated Olympus CXK 41 microscope.
In this article, studies on noble metal nanostructures using near-field optical microscopic imaging are reviewed.
Microscopic imaging was used to measure thickness at two strain levels to estimate the true stress and moduli in the ECM sheets.
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