Microscopy Image Browser 2 (MIB2)
- Support 2D-4D datasets (x,y,c,z,t)
- Up to 9 simultaneously opened datasets
- Bounding box for each dataset
- Extendible via plugins
- Log of performed actions
- Customizable undo system
- Customizable keyboard shortcuts
- Colorblind friendly color schemes
- Regions of interests
- Virtual stacking mode for working with datasets that are larger than available memory
- Batch processing mode
- Direct import/export with Matlab, Fiji, Imarisand system clipboard
- Direct import from Omero serverand URL links
- Load and save to TIF, Amira Mesh, JPG, Fiji BigDataViewer, HDF5, MRC, NRRD, PNG formats
- Load up to 100 different image and video formats
- Microsoft Excel (export) for quantification
- Rename and shuffle tool for unbiased classification and segmentation
- Objects: Area (2D/3D)
- Objects: ConvexArea (2D)
- Objects: Curve Length (2D, pixels and image units)
- Objects: Eccentricity (2D)
- Objects: Equatorial Eccentricity (3D)
- Objects: Equiv Diameter (2D)
- Objects: Euler number (2D)
- Objects: Extent (2D)
- Objects: Filled area (2D/3D)
- Objects: Holes area (2D/3D)
- Objects: Length between end points (2D/3D)
- Objects: Major axis length (2D/3D)
- Objects: Meridional Eccentricity (3D)
- Objects: Orientation (2D)
- Objects: Perimeter (2D)
- Objects: Second axis length (2D/3D)
- Objects: Solidity (2D)
- Objects: Third axis length (3D)
- Intensity: Correlation (2D/3D)
- Intensity: Maximal (2D/3D)
- Intensity: Mean (2D/3D)
- Intensity: Minimal (2D/3D)
- Intensity: Standard deviation (2D/3D)
- Intensity: Sum (2D/3D)
- Angles
- Caliper
- Circle, radius
- Freehand distance and intensity profile
- Linear distance and intensity profile
- Polyline distance and intensity profile
- Stereology
- Wound healing assay
- 3D ball (3D)
- 3D lines (3D)
- Annotations with values
- Brush tool (2D)
- Brush tool for 2D superpixels (SLIC, Watershed)
- Black and White Thresholding tool (global, local, adaptive; 2D/3D)
- Deep convolutional neural networks for train and prediction
- Dilate (2D/3D, difference)
- Drag & Drop
- Erode (2D/3D, difference)
- Fill holes (2D/3D)
- Frame selection tool
- Frangi tubular filter (2D/3D)
- Graphcut based semi-automatic segmentation(2D/3D),
- Lasso tool (2D/3D)
- Magic Wand tool (2D/3D)
- Membrane Click Tracker tool (2D/3D)
- Morphological operations (分支点,对角填补,结束点,骨架, spur, thin, ultimate erosion)
- Object Picker (2D/3D)
- Quantification Filtering (2D/3D)
- Random Forest Classifier (2D/3D)
- Shape and Line Interpolation (3D)
- Smooth (2D/3D)
- Spot tool (2D/3D)
- Watershed for automatic image segmentation and object separation (2D/3D)
- 3D ball (3D)
- 3D lines (3D)
- Annotations with values
- Brush tool (2D)
- Brush tool for 2D superpixels (SLIC, Watershed)
- Black and White Thresholding tool (global, local, adaptive; 2D/3D)
- Deep convolutional neural networks for train and prediction
- Dilate (2D/3D, difference)
- Drag & Drop
- Erode (2D/3D, difference)
- Fill holes (2D/3D)
- Frame selection tool
- Frangi tubular filter (2D/3D)
- Graphcut based semi-automatic segmentation(2D/3D),
- Lasso tool (2D/3D)
- Magic Wand tool (2D/3D)
- Membrane Click Tracker tool (2D/3D)
- Morphological operations (分支点,对角填补,结束点,骨架, spur, thin, ultimate erosion)
- Object Picker (2D/3D)
- Quantification Filtering (2D/3D)
- Random Forest Classifier (2D/3D)
- Shape and Line Interpolation (3D)
- Smooth (2D/3D)
- Spot tool (2D/3D)
- Watershed for automatic image segmentation and object separation (2D/3D)
- Add frame around the dataset
- Alignment
- Brightness, Contrast, Gamma adjustments
- Chop and re-chop large dataset to smaller volumes
- Content-aware fill
- Contrast-limited adaptive histogram equalization
- Color mode change (depth, color type)
- Color channel operations (add, copy, delete, invert, rotate, shift, swap)
- Crop, Resize, Flip, Rotate, Transpose
- Crop 2D/3D objects to files
- Debris removal
- Image arithmetics
- Image filters
- Intensity normalization in Z/T (complete slice, masked areas, background shift)
- Intensity replacement within selected areas
- Invert
- Manipulations with slices: insert, copy, delete
- Intensity projectionsand focus stacking
- Morphological operations
- Orthoslices (XY, ZX, ZY planes)
- Volume Rendering (hardware)
- Volume Rendering (software)
- Models with Matlab isosurfaces
- 模型和卷with Fiji 3D viewer
- 模型和卷with Imaris
- Export models to IMOD
- Export models to Amira
- Export models to 3D Slicer
- Export models and volumes to Matlab Volume Viewer
- Export models in STL format
Cite As
Ilya Belevich (2021).Microscopy Image Browser 2 (MIB2)(https://github.com/Ajaxels/MIB2), GitHub. Retrieved.
Belevich, Ilya, et al. “Microscopy Image Browser: A Platform for Segmentation and Analysis of Multidimensional Datasets.” PLOS Biology, vol. 14, no. 1, Public Library of Science (PLoS), Jan. 2016, p. e1002340, doi:10.1371/journal.pbio.1002340.
Belevich, Ilya, and Eija Jokitalo. DeepMIB: User-Friendly and Open-Source Software for Training of Deep Learning Network for Biological Image Segmentation. Cold Spring Harbor Laboratory, July 2020, doi:10.1101/2020.07.13.200105.
MATLAB Release Compatibility
Platform Compatibility
Windows macOS LinuxCategories
Tags
Acknowledgements
Inspired by:view3d.m,IMAGEVIEWER,findjobj - find java handles of Matlab graphic objects,3D Euclidean Distance Transform for Variable Data Aspect Ratio,Region Adjacency Graph (RAG),stlwrite - write ASCII or Binary STL files,maxflow,Viewer3D,export_fig,Hessian based Frangi Vesselness filter,Accurate Fast Marching,Fast/Robust Template Matching,imgaussian,Highly portable JSON-input parser,Jann5s/measuretool,Render RGB text over RGB or Grayscale Image,improved xlswrite.m,xml2struct,struct2xml,Hardware accelerated 3D viewer for MATLAB,mdrohmann/mtocpp,NRRD Format File Reader,xlwrite: Generate XLS(X) files without Excel on Mac/Linux/Win,drifty_shifty_deluxe.m,regionprops3
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