Data for McGovern et al, 2024: Finding and Following: A deep learning-based pipeline for tracking platelets during thrombus formation in vivo and ex vivo
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https://bridges.monash.edu/articles/dataset/Data_for_McGovern_et_al_2024_Finding_and_Following_A_deep_learning-based_pipeline_for_tracking_platelets_during_thrombus_formation_in_vivo_and_ex_vivo/25137497/2
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Data for McGovern et al, 2024: Finding and Following: A deep learning-based pipeline for tracking platelets during thrombus formation in vivo and ex vivoIn these directories you will find example data to run the software described in the paper:segmentationtraining_data: example frames (training_data/training_images) and corresponding ground truth segmentations (training_data/training_gt) that can be used to train the U-net described in the paper.{exvivo,invivo}_example: example images with multiple matching corresponding manual segmentations that can be used to validate the U-net's performance.tracking image datasets that can be segmented with the U-net trained from the segmentation data, then tracked and analysed.The data format is OME-NGFF v0.4, an emerging open format for bioimaging data and metadata. It can therefore be opened with open software in various ecosystems<sup>[1]</sup>. To open the files in napari, install the napari-ome-zarr plugin and then (for example):<pre><pre>napari --plugin napari-ome-zarr tracking/mouse_invivo/200527_IVMTR73_Inj4_saline_exp3.ome.zarr<br></pre></pre>Note, however, that due to a current implementation issue with napari-ome-zarr, the opened segmentation files will not be manually editable with napari. For the moment, use the data loading widget from iterseg if you want to paint into the segmentation data.<br>https://ngff.openmicroscopy.org/tools/ ↩︎
McGovern等人2024年研究配套数据集:《定位与追踪:用于体内外血栓形成过程中血小板追踪的深度学习管线》
本目录下包含复现论文所述软件所需的示例数据:
- 分割训练数据集(segmentationtraining_data):内含训练图像集(training_data/training_images)与对应的真值分割标注(training_data/training_gt),可用于训练论文中提及的U-net(U-Net)模型。
- {exvivo,invivo}_example:即体外(ex vivo)、体内(in vivo)示例数据集,包含多组匹配的手动分割标注图像,可用于验证U-net模型的性能。
- 追踪图像数据集:可使用由分割训练数据训练得到的U-net模型完成分割,随后进行追踪与分析。
本数据集采用OME-NGFF v0.4格式,这是一种新兴的生物成像数据与元数据开放标准格式,可通过多生态系统下的开源软件读取<sup>[1]</sup>。若需在napari软件中打开此类文件,请先安装napari-ome-zarr插件,随后可参考如下示例命令:
<pre><pre>napari --plugin napari-ome-zarr tracking/mouse_invivo/200527_IVMTR73_Inj4_saline_exp3.ome.zarr<br></pre></pre>
但需注意:当前napari-ome-zarr插件存在实现缺陷,导致通过napari打开的分割文件无法进行手动编辑。若需对分割数据进行手绘修改,请暂时使用iterseg提供的数据加载组件。
参考链接:https://ngff.openmicroscopy.org/tools/ ↩︎
提供机构:
Monash University
创建时间:
2024-03-19



