Genome Instability & Transgenerational Effects

Genetic & epigenetic regulation of transgenerational changes in genome stability: an overview; Genetic & epigenetic mechanisms ensuring stability of mammalian genomes; Genetic & epigenetic regulation of genome stability in plants; Evolution of the Fpg/Nei family of DNA glycosylases; Stress-induced mutagenesis in bacteria; Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR) loci as an example of bacterial adaptive immunity against phages; White tail tip inheritance in mice: from the "Kit locus" to a new mode of heredity; Role of epigenetic changes in the non-targeted radiation-induced effects: understanding the epigenetics of bystander & transgenerational effects; A review of tandem repeat sequences: Markers of genetic instability; Transgenerational genome instability in fish; Germ cell-mediated mutagenesis: insights from the transgenic medaka; Transgenerational genomic instability in mammals; The epigenetic (re)programming of phenotypic differences in behavior; Lifestyle factors, epigenetic abnormalities, & genomic instability: implications for carcinogenesis; Paramutations in plants; Transgenerational response to stress in plants involves genome destabilization, changes in methylation & increase in stress tolerance; Plant transposable elements & plasticity of host genomes: the stress connection; Intra- & interplant stress signalling: bystander-like effects found in plants; Systemic heuristic approaches guide the interaction of enhanced genetic diversity & complex stresses to generate better wheat germplasm faster & at lower cost; Index.