Results 301 to 310 of about 645,573 (338)
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napari-imagej: ImageJ ecosystem access from napari
Nature Methods, 2023Curtis T Rueden +2 more
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Automatic cell counting with ImageJ
Analytical Biochemistry, 2015Cell counting is an important routine procedure. However, to date there is no comprehensive, easy to use, and inexpensive solution for routine cell counting, and this procedure usually needs to be performed manually. Here, we report a complete solution for automatic cell counting in which a conventional light microscope is equipped with a web camera to
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Numerical wave propagation in ImageJ
Applied Optics, 2015An ImageJ plugin for numerical wave propagation is presented. The plugin provides ImageJ, the well-known software for image processing, with the capability of computing numerical wave propagation by the use of angular spectrum, Fresnel, and Fresnel-Bluestein algorithms.
Pablo, Piedrahita-Quintero +2 more
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MREJ: MRE elasticity reconstruction on ImageJ
Computers in Biology and Medicine, 2013Magnetic resonance elastography (MRE) is a promising method for health evaluation and disease diagnosis. It makes use of elastic waves as a virtual probe to quantify soft tissue elasticity. The wave actuator, imaging modality and elasticity interpreter are all essential components for an MRE system.
Kui, Xiang +3 more
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Basic Image Analysis and Manipulation in ImageJ
Current Protocols in Molecular Biology, 2013AbstractImage analysis methods have been developed to provide quantitative assessment of microscopy data. In this unit, basic aspects of image analysis are outlined, including software installation, data import, image processing functions, and analytical tools that can be used to extract information from microscopy data using ImageJ.
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Stereological morphometric grids for ImageJ
Ultrastructural Pathology, 2017The unbiased stereological procedures for morphometric quantifications became very popular in microscopy field, and their usage is often the requirement in a number of scientific journals.
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Measurement of cell traction forces with ImageJ
2015The quantification of cell traction forces requires three key steps: cell plating on a deformable substrate, measurement of substrate deformation, and the numerical estimation of the corresponding cell traction forces. The computing steps to measure gel deformation and estimate the force field have somehow limited the adoption of this method in cell ...
Martiel, Jean-Louis +7 more
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Japanese Journal of Radiological Technology, 2018
Ryota, Ogihara, Shigeyoshi, Saito
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Ryota, Ogihara, Shigeyoshi, Saito
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