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ImmunofluorescenceAnalysis

Fiji macro for immunofluorescence analysis

Run the macro here in Fiji software

https://imagej.net/software/fiji/downloads

AnalyzeParticleAbeta.ijm

There are two ways of analyzing image(s).

1.Open your image and run the macro.
Images should be cropped before analysis.

2.Run the macro then choose a directory that has images you want to analyze.

An example image of Amyloid-beta staining.
Slide102_6_Abeta_x10_whole_LSM czi - Slide102_6_Abeta_x10_whole_LSM czi #1 - T=0 C=0_11-3

Here the process;

  1. Enter the region name you want to analyze in a dialog box.
    Dialogbox1

  2. Set ROI you want to analyze, then click [OK] button.

  3. Ready to automatically save the result of analyze particle function.
    The result will be stored in the same hierarchical directory as the analyzed image.


ProcessFolderNeunPsdAnalysis.ijm

First, run the macro then choose a directory that has images you want to analyze.
This macro can set a ROI.

This version accepts RGB stack image only.
The stack level should be like the following;

  • NeuN channel1 (green)
  • PSD95 channel3 (red)
  • channel2 (blue) is not used

If your images are not in this order, change the channel numbers in line 114-116 of the macro to match your images.


ProcessFolderAbetaMicrogliaOverlapAnalysis.ijm

First, run the macro then choose a directory that has images you want to analyze.
High magnification or cropped images are preferable.

Here is an example image.
Slide197_38_7L5_100umscalebar-1

Green = Iba1
Magenta = Amyloid-beta (Methoxy-X04)

Measurement results of area%, size and so on, of amyloid-beta, microglia will be automatically saved at the present path (the same hierarchical directory as the image).
Calculates ratio of double-positive area of amyloid-beata and microglia to microglia.

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Fiji macro for immunofluorescence analysis

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