DNA Damage Atlas |
Basic Information
Dataset ID:
 GSE117167
PMID:
 30659176
Technique Type:
 Damage-seq + XR-seq
Publication:
 Differential damage and repair of DNA-adducts induced by anti-cancer drug cisplatin across mouse organs
First Author:
 Askar Yimit
Last Author:
 Yuchao Jiang
Year:
 2019
Journal:
 Nature Communications
Access Link:  
Samples ( 16 )
Sample Name | Cell Line/Tissue | Organism | Treatment | Genotype | In-situ Treatment | Cell Phase | Bait/Targeted Break | Technique | fastqc |
GSM3272771-XR-seq_Kidney_1 | Kidney | Mus musculus | Cisplatin | / | / | / | / | XR-seq | |
GSM3272772-XR-seq_Kidney_2 | Kidney | Mus musculus | Cisplatin | / | / | / | / | XR-seq | |
GSM3272773-XR-seq_Liver_1 | Liver | Mus musculus | Cisplatin | / | / | / | / | XR-seq | |
GSM3272774-XR-seq_Liver_2 | Liver | Mus musculus | Cisplatin | / | / | / | / | XR-seq | |
GSM3272775-XR-seq_Lung_1 | Lung | Mus musculus | Cisplatin | / | / | / | / | XR-seq | |
GSM3272776-XR-seq_Lung_2 | Lung | Mus musculus | Cisplatin | / | / | / | / | XR-seq | |
GSM3272777-XR-seq_Spleen_1 | Spleen | Mus musculus | Cisplatin | / | / | / | / | XR-seq | |
GSM3272778-XR-seq_Spleen_2 | Spleen | Mus musculus | Cisplatin | / | / | / | / | XR-seq | |
GSM3272763-Damage-seq_Kidney_1 | Kidney | Mus musculus | Cisplatin | / | / | / | / | Damage-seq | |
GSM3272764-Damage-seq_Kidney_2 | Kidney | Mus musculus | Cisplatin | / | / | / | / | Damage-seq | |
GSM3272765-Damage-seq_Liver_1 | Liver | Mus musculus | Cisplatin | / | / | / | / | Damage-seq | |
GSM3272766-Damage-seq_Liver_2 | Liver | Mus musculus | Cisplatin | / | / | / | / | Damage-seq | |
GSM3272767-Damage-seq_Lung_1 | Lung | Mus musculus | Cisplatin | / | / | / | / | Damage-seq | |
GSM3272768-Damage-seq_Lung_2 | Lung | Mus musculus | Cisplatin | / | / | / | / | Damage-seq | |
GSM3272769-Damage-seq_Spleen_1 | Spleen | Mus musculus | Cisplatin | / | / | / | / | Damage-seq | |
GSM3272770-Damage-seq_Spleen_2 | Spleen | Mus musculus | Cisplatin | / | / | / | / | Damage-seq |
Copyright © 2023 All Rights Reserved by Wu lab