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Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.
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Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.
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Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.
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Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.
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Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.
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Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.
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Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.
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4D image analysis and particle tracking in pyLattice. (A) pyLattice is a library of Python modules, Jupyter notebooks, and Matlab routines that operate together to form an image analysis pipeline. The pipeline steps are as follows (left to right): input of a two-channel 4D AO-LLSM data set (Cltr magenta, Dnm2 green), detection of diffraction-limited puncta, tracking puncta over time, matching each channel’s tracks to one another, processing and filtering the resulting set of tracks, and finally visualizing the data. (B) Implementation diagram of pyLattice. Python-based functionality is implemented for data pre- and postprocessing, filtering, quality control, plotting, and tracking. A Matlab wrapper has been created to incorporate <t>llsmtools</t> ( Aguet et al. , 2016 ) into the pipeline. 4D visualization is done using ChimeraX, for which pyLattice provides customized visualization input.
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4D image analysis and particle tracking in pyLattice. (A) pyLattice is a library of Python modules, Jupyter notebooks, and Matlab routines that operate together to form an image analysis pipeline. The pipeline steps are as follows (left to right): input of a two-channel 4D AO-LLSM data set (Cltr magenta, Dnm2 green), detection of diffraction-limited puncta, tracking puncta over time, matching each channel’s tracks to one another, processing and filtering the resulting set of tracks, and finally visualizing the data. (B) Implementation diagram of pyLattice. Python-based functionality is implemented for data pre- and postprocessing, filtering, quality control, plotting, and tracking. A Matlab wrapper has been created to incorporate <t>llsmtools</t> ( Aguet et al. , 2016 ) into the pipeline. 4D visualization is done using ChimeraX, for which pyLattice provides customized visualization input.
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4D image analysis and particle tracking in pyLattice. (A) pyLattice is a library of Python modules, Jupyter notebooks, and Matlab routines that operate together to form an image analysis pipeline. The pipeline steps are as follows (left to right): input of a two-channel 4D AO-LLSM data set (Cltr magenta, Dnm2 green), detection of diffraction-limited puncta, tracking puncta over time, matching each channel’s tracks to one another, processing and filtering the resulting set of tracks, and finally visualizing the data. (B) Implementation diagram of pyLattice. Python-based functionality is implemented for data pre- and postprocessing, filtering, quality control, plotting, and tracking. A Matlab wrapper has been created to incorporate <t>llsmtools</t> ( Aguet et al. , 2016 ) into the pipeline. 4D visualization is done using ChimeraX, for which pyLattice provides customized visualization input.
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Image Search Results


Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.

Journal: Gels

Article Title: Three-Dimensional Dosimetry by Optical-CT and Radiochromic Gel Dosimeter of a Multiple Isocenter Craniospinal Radiation Therapy Procedure

doi: 10.3390/gels8090582

Figure Lengend Snippet: Complete dose distribution at the junction region of the treatment planning in the cylindrical vial geometry obtained by post-processing at Matlab ® 2016 with a different color map than CERR. The upper scale shows the dose range from 0 to 2.11 Gy. ( A ) Sagittal plane view. ( B ) Coronal plane view. An indication of the z-coordinate orientation of the slices is also presented.

Article Snippet: The complete 3D dose distribution to be verified in the matching region was achieved by summing the presented dose-distribution data in 3D, using an in-house developed Matlab ® 2016 script (Mathworks Inc., Nattick, MA, USA).

Techniques:

4D image analysis and particle tracking in pyLattice. (A) pyLattice is a library of Python modules, Jupyter notebooks, and Matlab routines that operate together to form an image analysis pipeline. The pipeline steps are as follows (left to right): input of a two-channel 4D AO-LLSM data set (Cltr magenta, Dnm2 green), detection of diffraction-limited puncta, tracking puncta over time, matching each channel’s tracks to one another, processing and filtering the resulting set of tracks, and finally visualizing the data. (B) Implementation diagram of pyLattice. Python-based functionality is implemented for data pre- and postprocessing, filtering, quality control, plotting, and tracking. A Matlab wrapper has been created to incorporate llsmtools ( Aguet et al. , 2016 ) into the pipeline. 4D visualization is done using ChimeraX, for which pyLattice provides customized visualization input.

Journal: Molecular Biology of the Cell

Article Title: 4D cell biology: big data image analytics and lattice light-sheet imaging reveal dynamics of clathrin-mediated endocytosis in stem cell–derived intestinal organoids

doi: 10.1091/mbc.E18-06-0375

Figure Lengend Snippet: 4D image analysis and particle tracking in pyLattice. (A) pyLattice is a library of Python modules, Jupyter notebooks, and Matlab routines that operate together to form an image analysis pipeline. The pipeline steps are as follows (left to right): input of a two-channel 4D AO-LLSM data set (Cltr magenta, Dnm2 green), detection of diffraction-limited puncta, tracking puncta over time, matching each channel’s tracks to one another, processing and filtering the resulting set of tracks, and finally visualizing the data. (B) Implementation diagram of pyLattice. Python-based functionality is implemented for data pre- and postprocessing, filtering, quality control, plotting, and tracking. A Matlab wrapper has been created to incorporate llsmtools ( Aguet et al. , 2016 ) into the pipeline. 4D visualization is done using ChimeraX, for which pyLattice provides customized visualization input.

Article Snippet: pyLattice builds on llsmtools ( Aguet et al. , 2016 ), a Matlab toolbox that extends u-track ( Jaqaman et al. , 2008 ), to do tracking in the 3D context of LLSM data sets.

Techniques: Control