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thunderfish's Introduction

ThunderFISH

Simple ImageJ script for sparse RNA-FISH data analysis with increased throughput.

What for?

ThunderFISH is a procedure developed for transcript counting in mouse embryonic stem cells for genes expressed at relatively low levels (<60mRNAs per cell). It allows imaging and analysis of up to 10,000 cells at high magnification a day.

What does it do?

ThunderFISH is a pre-processing tool that extracts 2D single-cell RNA-FISH images from your 3D microscopy images of large field of view (e.g. 100um x 100um). Such images are compatible with diffraction-limited spot counting provided by ImageJ plugin ThunderSTORM.

What will you find on this page?

Detailed Manual containing i) sample preparation protocol, ii) introduction to how to use the ThunderFISH ImageJ script on test data.

Learn how to use ThunderFISH with test data

Download the test data and follow the instruction in the manual (.pdf file) to perform ThunderFISH analysis.

https://drive.google.com/open?id=1Mi4qL1LLaGeOzjwV3k-8RKoDIH0qZpJG - folder containing test data

For more information and citation check the associated publication:

Dobrinic P, Szczurek AT, Klose RJ, 2021, PRC1 drives Polycomb-mediated gene repression by controlling transcription initiation and burst frequency - https://www.nature.com/articles/s41594-021-00661-y (ThunderFISH charcterisation and comparison to other spot counting techniques can be found in the supplementary materials)

thunderfish's People

Contributors

aleks-szczure avatar

Watchers

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thunderfish's Issues

Error running ThunderFISH pipeline on example data

Dear Aleksander,

Thanks a lot for this pipeline.
I was recently trying ThunderFISH pipeline on example data you provided.
However, the pipeline stuck after cell masking as it stated that

There are no images open in line 233 (called from line 247) close ( <)>

Would you mind have a look at this issue please?

I also attached the log below.

Best regards,
Kasit

1/3 Choose folder containing original data stacks (.Tiff) . . .
2/3  Choose output folder for FISH channel . . .
3/3  Choose output folder for MASK channel . . .
. . . PROCESSING . . .
Progress 1/6
1
1
1
Progress 2/6
Progress 3/6
27
25
16
Progress 4/6
4) Now review your single cell masks and delete the ones that you don't like !
    Manually remove accidentally merged cells or excessively cut cells !
6
68

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