项目作者: rsenft1
项目描述 :
ImageJ macro scripts for analyzing fluorescent microscopy images: segmenting cells, divide into quadrants, and quantify innervation
高级语言:
项目地址: git://github.com/rsenft1/auto-basket-detector-2D.git
auto-basket-detector-2D
ImageJ macro scripts for analyzing fluorescent microscopy images: segmenting cells, divide into quadrants, and quantify innervation
What is this repo for?
- This repo contains a number of scripts used in my paper for quantifying the pericellular basket-type innervation of fluorescently-labeled target cell soma
- These scripts work on 2D multichannel fluorescent images. They require a cell soma/cell marker channel (you could also use DAPI) and a fluorescent marker of innervation
- Theoretically it could be brightfield, but it was made with fluorescence in mind.
Macros/Code in this repo
All are .ijm files written in the ImageJ macro programming language. They can be dragged and dropped into Fiji or installed using the Plugins > Macros > Install… menu.
Manual_cell_segmentation.ijm
- Performs user-assisted segmentation of cells using a magic wand tool
Automatic_cell_segmentation.ijm
- Performs automatic segmentation of cells, specifically made with tiled images with uneven illumination in mind
ROI_manual_remover.ijm
- Opens images and their associated ROIs from automatic or manual methods and allows the user to remove (or add, technically) ROIs
- Useful with the automatic method to correct for any inaccurate segmentation
Quad_basket_quant.ijm
- Divides cell ROIs generated from previous two macros into quadrants
- Removes the center (to prevent a single bouton from being counted in all quadrants)
- Segments the innervation/fiber channel
- Quantifies the fiber area in each quadrant per cell
Region_labeler.ijm
- Creates user-defined region ROIs for subregions within an image (e.g. cortical layer, hippocampal subfields)
Region_analyzer.ijm
- Will sort cell ROIs from a previous manual or automatic segmentation method into the region ROIs made with Region_labeler.ijm
How to cite this repo:
If you want to use these scripts in your own research, please do! If you publish, please cite the original publication: Senft et al., 2020 (in press, more details added soon)
If you experience any issues… Please feel free to raise it to me using the Issues section