… of the adult mammalian heart to regenerate following injury. … increases chromatin ROS and
chromatin oxidation could at … of FAO in the adult heart reduces oxidative DNA damage (7). …

… DNA are sensitive to oxidative damage, a summary of the most recent results concerning the
oxidation of sperm DNA … sensitive to oxidation in the weakly condensed chromatin of human …

… whether oxidative stress has an impact on sperm nuclear alterations, especially on chromatin
… packaging by perturbing the non-random ordering of mammalian chromosome in sperm …

… oxidative stress on the sperm genome go well beyond DNA … sperm nucleus especially upon
chromatin remodeling and histone … A unique aspect of the chromatin structure of mammalian …

… Oxidative stress-induced DNA damage, the senescence-associated secretory … stress,
we show that stress-induced DNA damage provokes the SASP largely via cytosolic chromatin …

… In many mammals, spermatogenesis leads to the production of highly homogenous … ,
and oxidative stress, along with other clinical and environmental risk factors [31]. Sperm …

… In mammalian cells, ectopic insertion of … to oxidative stress. It was caused by the relocation
of SIRT1 to double-strand breaks that came into existence in the wake of the oxidative stress. …

… Instead, oxidative DNA damage distribution at the level of chromatin domains is dominated
… This type of oxidative stress occurs directly next to the DNA. An effect on gene regulation …

… As DNA base oxidation and chromatin proteins appear to be carbonylated soon after …
Notably, BNZ decreases mammalian cell DNA lesions derived from oxidative injury. This result led …

… In mammalian cells, chromatin fibers reversibly alternate between compact and relaxed
structural states. In doing so, the underlying … Oxidative stress and antioxidant defense …