DNA Damage Atlas





Basic Information

Dataset ID:

  GSE210312


PMID:

  36454826


Technique Type:

  SAR-seq


Publication:

  Active DNA demethylation promotes cell fate specification and the DNA damage response


First Author:

  Dongpeng Wang


Last Author:

  André Nussenzweig


Year:

  2022


Journal:

  Science


Access Link:   


Samples ( 17 )

  Sample Name    Cell Line/Tissue    Organism    Treatment    Genotype    In-situ Treatment    Cell Phase    Bait/Targeted Break    Technique    fastqc  
GSM6428015-iNeuron_d7_Gemcitabine_SAR-seq_rep1iNeuronHomo sapiensGemcitabineWT///SAR-seq
GSM6428016-iNeuron_d7_Gemcitabine_SAR-seq_rep2iNeuronHomo sapiensGemcitabineWT///SAR-seq
GSM6428017-iNeuron_d7_AraC_SAR-seq_rep1iNeuronHomo sapiensAraCWT///SAR-seq
GSM6428018-iNeuron_d7_AraC_SAR-seq_rep2iNeuronHomo sapiensAraCWT///SAR-seq
GSM6428019-iNeuron_d7_NTforAraC_gemcitabine_SAR-seq_rep1iNeuronHomo sapiensNTWT///SAR-seq
GSM6428020-iNeuron_d7_NTforAraC_gemcitabine_SAR-seq_rep2iNeuronHomo sapiensNTWT///SAR-seq
GSM6428021-iNeuron_AraA_SAR-seqiNeuronHomo sapiensAraAWT///SAR-seq
GSM6428022-iNeuron_AraC_SAR-seqiNeuronHomo sapiensAraCWT///SAR-seq
GSM6428023-iNeuron_NTforAraC_AraA_SAR-seqiNeuronHomo sapiensNTWT///SAR-seq
GSM6428024-iNeuron_NTfor_ddA_ddC_SAR-seqiNeuronHomo sapiensNTWT///SAR-seq
GSM6428025-iNeuron_ddA_SAR-seqiNeuronHomo sapiensddAWT///SAR-seq
GSM6428026-iNeuron_ddC_SAR-seqiNeuronHomo sapiensddCWT///SAR-seq
GSM6428027-iMacrophage_WT_PARPi_SAR-seqiMacrophageMus musculusAphidicolin + OlaparibWT///SAR-seq
GSM6428028-iMacrophage_TDGKO_PARPi_SAR-seqiMacrophageMus musculusAphidicolin + OlaparibTDG-/-///SAR-seq
GSM6428029-iMacrophage_PARPi_SAR-seqiMacrophageMus musculusAphidicolin + OlaparibWT///SAR-seq
GSM6428030-iMacrophage_ddC_SAR-seqiMacrophageMus musculusAphidicolin + ddCWT///SAR-seq
GSM6428031-iMacrophage_NT_SAR-seqiMacrophageMus musculusAphidicolinWT///SAR-seq


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