Ready-to-go cell models for DNA Damage Pathways

Simply search for your gene of interest to view the relevant cell models for your research.

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Examples of genes explored in DNA damage

ALKBH2

FANCI

PARP1

PRKDC

APTX

LIG4

PARP2

RAD52

BLM

MGMT

PNKP

RECQL4

CHEK2

MLH1

POLB

RIF1

DCLRE1C

MPLKIP

POLE

RNF8

ERCC6

MSH2

POLH

SETMAR

ERCC8

MSH3

POLI

TDP1

FANCA

MSH5

POLK

TP53BP1

FANCB

MSH6

POLL

TREX1

FANCC

NEIL1

POLM

WRN

FANCE

NHEJ1

POLN

XPA

FANCG

OGG1

POLQ

XRCC4

Overview of DNA damage repair mechanisms

DNA is constantly exposed to a variety of damaging factors such as genotoxic agents, environmental factors (e.g. UV light, irradiation) or normal metabolic activities (e.g. nucleotide misincorporation during DNA replication, reactive oxygen species) that causes a range of lesions. DNA repair pathways are constantly active in the cell to identify and correct all DNA damage that may occur. The wide diversity of DNA lesions requires multiple, largely distinct DNA repair processes.

The DNA repair machinery is vital for the maintenance of genome integrity and for the proper function and survival of all organisms. A cell that has accumulated a large number of lesions can either undergo apoptosis, senescence, or in the case of cancers; unregulated cell division. A failure to repair DNA lesions can result in mutagenesis, large scale genome aberrations and cellular cytotoxicity.

This collection has been generated in close collaboration with Joanna I. Loizou (CeMM, Research Center for Molecular Medicine of the Austrian Academy of Sciences, Vienna, Austria).

DNA Damage Diagram

Case study

The response of LIG4 (LIGIV) and PRKDC (DNA-PKc) (-/-) cell lines to treatment with Etoposide was studied. These proteins play a role in Non-Homologous End Joining (NHEJ) and they are both associated with disease; LIG4 is associated with T cell leukemia whilst loss of PRKDC has been linked to gastric tumors.

DNA repair Western 1

DNA repair Assays

LIG4 and PRKDC (-/-) cells show selective sensitivity to Etoposide over HCT116 Parental cells in an 8 day colony forming assay and a 96 hour proliferation assay.

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Cell lines used

Cell Line

Genotype

Cat. No.

HCT116

LIG4 (-/-)

HD R02-063

HCT116

PRKDC (-/-)

HD R02-049