Short term genetic and cellular effects of x-irradiation in gastrulas from normal and DNA repair-deficient mice

Paul Jacquet, Sarah Baatout, Max Mergeay

    Research outputpeer-review


    The research performed in our laboratory in the frame of the FP5 GEMRATE project was devoted to short term genetic and cellular effects of X-irradiation in gastrulas from normal mice, DNA-repair deficient mice (PARP-1 -/-, scid and Rad54/Rad54B -/- mice) and mice deficient in cell cycle control (p53+/- mice). Our research included in situ as well as ex situ studies. Part of our work was devoted to the development and optimization of different methods needed for analysing the short term effects of irradiation on the gastrula. This included the collection of the embryos from the uterine crypts and their preparation for cytogenetic or flow cytometric analysis (ex situ studies), but also the immunohistochemical staining of uterine sections for the in situ analysis of apoptosis and cell cycle effects in early postimplanted embryos. The following part of our work consisted in the study of the short term cytogenetic and cellular effects of X-irradiation in mouse wild-type and mutant gastrulas. A third aspect of our research dealt with the role of the DNA-PKcs and P53 genes in the radiation-induced G2-arrest in the BALB/c zygote.
    Original languageEnglish
    PublisherSCK CEN
    Number of pages64
    StatePublished - Feb 2006

    Publication series

    NameSCK•CEN Reports
    PublisherStudiecentrum voor Kernenergie

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