DNA Damage Atlas





Basic Information

Dataset ID:

  GSE150016


PMID:

  32710624


Technique Type:

  BLISS


Publication:

  Nucleosomes effectively shield DNA from radiation damage in living cells


First Author:

  Francesca Brambilla


Last Author:

  Marco E Bianchi


Year:

  2020


Journal:

  Nucleic Acids Research


Access Link:   


Samples ( 10 )

  Sample Name    Cell Line/Tissue    Organism    Treatment    Genotype    In-situ Treatment    Cell Phase    Bait/Targeted Break    Technique    fastqc  
GSM4520693-Bliss_0_Gy_0_Nac_Replicate_1MCF-7Homo sapiensNT//G1/BLISS
GSM4520694-Bliss_10_Gy_0_Nac_Replicate_1MCF-7Homo sapiensgamma rays//G1/BLISS
GSM4520695-Bliss_0_Gy_10_Nac_Replicate_1MCF-7Homo sapiensN-acetyl-l-cysteine//G1/BLISS
GSM4520696-Bliss_10_Gy_10_Nac_Replicate_1MCF-7Homo sapiensgamma rays + N-acetyl-l-cysteine//G1/BLISS
GSM4520697-Bliss_0_Gy_0_Nac_Replicate_2MCF-7Homo sapiensNT//G1/BLISS
GSM4520698-Bliss_10_Gy_0_Nac_Replicate_2MCF-7Homo sapiensgamma rays//G1/BLISS
GSM4520699-Bliss_0_Gy_10_Nac_Replicate_2MCF-7Homo sapiensN-acetyl-l-cysteine//G1/BLISS
GSM4520700-Bliss_10_Gy_10_Nac_Replicate_2MCF-7Homo sapiensgamma rays + N-acetyl-l-cysteine//G1/BLISS
GSM4520701-Bliss_0_Gy_0_Nac_Replicate_3MCF-7Homo sapiensNT//G1/BLISS
GSM4520702-Bliss_10_Gy_0_Nac_Replciate_3MCF-7Homo sapiensgamma rays//G1/BLISS


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