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  1. Telomere dysfunction: a new player in radiation sensitivity.Anna Genescà, Marta Martín, Laura Latre, David Soler, Judit Pampalona & Laura Tusell - 2006 - Bioessays 28 (12):1172-1180.
    Human individuals often exhibit important differences in their sensitivity to ionising radiation. Extensive literature links radiation sensitivity with impaired DNA repair which is due to a lack of correct functioning in many proteins involved in DNA‐repair pathways and/or in DNA‐damage checkpoint responses. Given that ionising radiation is an important and widespread diagnostic and therapeutic tool, it is important to investigate further those factors and mechanisms that underlie individual radiosensitivity. Recently, evidence is accumulating that telomere function may well be involved in (...)
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  • Cancer‐associated neochromosomes: a novel mechanism of oncogenesis.Dale W. Garsed, Andrew J. Holloway & David M. Thomas - 2009 - Bioessays 31 (11):1191-1200.
    Malignant tumours are often characterised by significant rearrangement of the genome. This may be visible in the form of a deranged karyotype with both loss and gain of DNA sequences extending from chromosomal regions to whole chromosomes. In several tumour types, however, gross genomic derangements are minimal, and tumour cells contain one or more additional (supernumerary) chromosomes that may be unrecognisable in terms of a single origin. In this review we term such chromosomes cancer‐associated neochromosomes (CaNCs). In the absence of (...)
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