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H2Av, the main marker of DNA breaks, on telomeres after HeT-A derepressing, suggesting that HeT-A overexpression could cause DNA breaks in telomeres Moreover, the presence of DNA breaks in telomeres was accompanied by the appearance of R-loops, the DNA-RNA hybrid structures associated with DNA damage Chromatin immunoprecipitation was done to prove the accumulation of R-loops in telomeres The formation of R-loops is most likely caused by retention of HeT-A transcripts in chromatin Thus, telomere-associated RNA is an essential factor of telomere stability during normal oogenesis and early development

PEV-induced HP1a propagation does not correlate with the expression of the genes located near the eu-heterochromatin breakpoint