Gulston, Melanie, Fulford, Jonathan, Jenner, Terry, De Lara, Catherine, O’Neill, Peter
The signature DNA lesion induced by ionizing radiation is clustered DNA damage. Gamma radiation-induced clustered DNA damage containing base lesions was investigated in plasmid DNA under cell mimetic...
Gulston, Melanie, De Lara, Catherine, Jenner, Terry, Davis, Emma, O'Neill, Peter
Clustered DNA damage sites, in which two or more lesions are formed within a few helical turns of the DNA after passage of a single radiation track, are signatures of DNA modifications induced by...
Gulston, Melanie, Fulford, Jonathan, Jenner, Terry, De Lara, Catherine, O’Neill, Peter
The signature DNA lesion induced by ionizing radiation is clustered DNA damage. Gamma radiation-induced clustered DNA damage containing base lesions was investigated in plasmid DNA under cell mimetic...
Gulston, Melanie, De Lara, Catherine, Jenner, Terry, Davis, Emma, O'Neill, Peter
Clustered DNA damage sites, in which two or more lesions are formed within a few helical turns of the DNA after passage of a single radiation track, are signatures of DNA modifications induced by...
Rapid Turnover of Effector–Memory CD4+ T Cells in Healthy Humans
Macallan, Derek C., Wallace, Diana, Zhang, Yan, De Lara, Catherine, Worth, Andrew T., Ghattas, Hala, ...
Memory T cells can be divided into central–memory (TCM) and effector–memory (TEM) cells, which differ in their functional properties. Although both subpopulations can persist long term, it is not...