STED-FM dataset
Authors/Creators
Contributors
Data collector (19):
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Wiesner, Theresa1
- Bellavance, Jean-Michel2
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Raulier, Bastian
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Lemieux, Mado2
- Chabbert, Julia2
- Thériault, Kamylle2
- Pelletier-Rioux, Alexy2
- Santiague, Jeffrey-Gabriel2
- Ayotte-Nadeau, Pierre-Luc2
- Lafontaine, Marie2
- G. Tremblay, Philippe2
- Ferguson, Owen2
- Clavet-Fournier, Valérie2
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Deschênes, Andréanne2
- Baker, Sacha2
- Laramée, Gabrielle2
- Girard, Antoine2
- Jargaille, Zoé2
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Bouchard, Catherine2
Supervisor:
Description
This is the self-supervised training dataset associated with the publication :
Bilodeau, A.*, Beaupré, F.*, Chabbert, J., Bellavance, J-M, Lessard, K., Deschênes, A., Bernatchez, R., De Koninck, P., Gagné, C., Lavoie-Cardinal, F. (2025) A Self-Supervised Foundation Model for Robust and Generalizable Representation Learning in STED Microscopy. bioRxiv.
The STED-FM dataset consists of 37387 images of varying size which were split into 224x224 crops. The resulting size of the dataset was 976 022 crops, all of which were used for pre-training of STED-FM. The provided datasets contain the crops.
A subset of 238 683 crops each associated with one of 24 protein classes is also provided.
The dataset is provided as tar files. We provide the images already preprocessed for normalization (`STED-FM-dataset-crop.tar`) and as raw values (`STED-FM-dataset-crops-raw.tar`). All files in these archives are stored as npz with keys: `image`, and `metadata`. We also provide the raw files stored as tif files (`STED-FM-dataset-crops-tiff-raw.tar`).
Files
STED-FM-dataset-crops.zip
Files
(23.3 GB)
| Name | Size | Download all |
|---|---|---|
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md5:a9752cdf6591bcdb2ae4c9401f867084
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19.0 GB | Preview Download |
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md5:642910b437f61e5181a6535b67863b3e
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4.3 GB | Preview Download |
Additional details
References
- Bilodeau, A.*, Beaupré, F.*, Chabbert, J., Bellavance, J-M, Lessard, K., Deschênes, A., Bernatchez, R., De Koninck, P., Gagné, C., Lavoie-Cardinal, F. (2025) A Self-Supervised Foundation Model for Robust and Generalizable Representation Learning in STED Microscopy. bioRxiv.