ARCHIVE
Vertices.zip (38.46 MB)
ARCHIVE
SDDs.zip (30.46 MB)
ARCHIVE
Repair - DSBMarker.zip (68.35 MB)
ARCHIVE
Repair - H2AXMarker_Photons_1Gy.zip (2.08 GB)
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Repair - H2AXMarker_Photons_2Gy.zip (3.65 GB)
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Repair - H2AXMarker_Photons_5Gy.zip (8.9 GB)
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Repair - H2AXMarker_Photons_10Gy.zip (16.33 GB)
ARCHIVE
Repair - H2AXMarker_Protons0.975MeV_1Gy.zip (1.81 GB)
ARCHIVE
Repair - H2AXMarker_Protons0.975MeV_2Gy.zip (3.49 GB)
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Repair - H2AXMarker_Protons0.975MeV_5Gy.zip (8.47 GB)
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Repair - H2AXMarker_Protons0.975MeV_10Gy.zip (15.96 GB)
ARCHIVE
Repair - H2AXMarker_Protons5.5MeV_1Gy.zip (1.8 GB)
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Repair - H2AXMarker_Protons5.5MeV_10Gy.zip (14.81 GB)
ARCHIVE
Repair - H2AXMarker_Protons34MeV_1Gy.zip (1.45 GB)
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Repair - H2AXMarker_Protons34MeV_2Gy.zip (2.93 GB)
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Repair - H2AXMarker_Protons34MeV_5Gy.zip (6.93 GB)
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Repair - H2AXMarker_Protons34MeV_10Gy.zip (12.44 GB)
TEXT
Readme.txt (3.91 kB)
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FociCountedDatasets.zip (19.83 MB)
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ExampleImages.zip (3.7 MB)
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A computational approach to quantifying miscounting of radiation-induced double-strand break immunofluorescent foci
Version 2 2022-05-06, 14:21
Version 1 2022-05-03, 11:21
dataset
posted on 2022-05-06, 14:21 authored by Samuel IngramSamuel IngramData set for the following work:
A computational approach to quantifying miscounting of radiation-induced double-strand break immunofluorescent foci. Ingram et al., Commun Biology (2022).
Please see Readme.txt for details on the file formats.
Funding
Global Challenge Network+ in Advanced Radiotherapy
Science and Technology Facilities Council
Find out more...Infrastructure in Proton International Research INSPIRE
Ministry of Science and Higher Education
Find out more...BioProton: Biologically relevant dose for Proton Therapy Planning
Engineering and Physical Sciences Research Council
Find out more...
