DNA Damage Atlas





Basic Information

Dataset ID:

  GSE205583


PMID:

  36424410


Technique Type:

  BLISS


Publication:

  MYC multimers shield stalled replication forks from RNA polymerase


First Author:

  Daniel Solvie


Last Author:

  Martin Eilers


Year:

  2022


Journal:

  Nature


Access Link:   


Samples ( 12 )

  Sample Name    Cell Line/Tissue    Organism    Treatment    Genotype    In-situ Treatment    Cell Phase    Bait/Targeted Break    Technique    fastqc  
GSM6215138-BLISS_HU_rep1U2OS MYC-tet-onHomo sapiensHydroxyureaDox inducible overexpression of MYC///BLISS
GSM6215139-BLISS_HU_BI8626_rep1U2OS MYC-tet-onHomo sapiensHydroxyurea + BI8626Dox inducible overexpression of MYC///BLISS
GSM6215140-BLISS_HU_Dox_rep1U2OS MYC-tet-onHomo sapiensHydroxyurea + DoxycyclineDox inducible overexpression of MYC///BLISS
GSM6215141-BLISS_HU_Dox_BI8626_rep1U2OS MYC-tet-onHomo sapiensHydroxyurea + BI8626 + DoxycyclineDox inducible overexpression of MYC///BLISS
GSM6215142-BLISS_HU_rep2U2OS MYC-tet-onHomo sapiensHydroxyureaDox inducible overexpression of MYC///BLISS
GSM6215143-BLISS_HU_BI8626_rep2U2OS MYC-tet-onHomo sapiensHydroxyurea + BI8626Dox inducible overexpression of MYC///BLISS
GSM6215144-BLISS_HU_Dox_rep2U2OS MYC-tet-onHomo sapiensHydroxyurea + DoxycyclineDox inducible overexpression of MYC///BLISS
GSM6215145-BLISS_HU_Dox_BI8626_rep2U2OS MYC-tet-onHomo sapiensHydroxyurea + BI8626 + DoxycyclineDox inducible overexpression of MYC///BLISS
GSM6215146-BLISS_HU_rep3U2OS MYC-tet-onHomo sapiensHydroxyureaDox inducible overexpression of MYC///BLISS
GSM6215147-BLISS_HU_BI8626_rep3U2OS MYC-tet-onHomo sapiensHydroxyurea + BI8626Dox inducible overexpression of MYC///BLISS
GSM6215148-BLISS_HU_Dox_rep3U2OS MYC-tet-onHomo sapiensHydroxyurea + DoxycyclineDox inducible overexpression of MYC///BLISS
GSM6215149-BLISS_HU_Dox_BI8626U2OS MYC-tet-onHomo sapiensHydroxyurea + BI8626 + DoxycyclineDox inducible overexpression of MYC///BLISS


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