Here we show that this DNA modification occurs also in a small subset of macronuclear nanochromosomes developmentally expressed during sexual reproduction, while no such DNA modification is observed in constitutively expressed nanochromosomes.
In addition to epigenetic modifications that uniquely occur after mating, we identified identical epigenetic markers that occur also in virgin females at advanced age.
Modifications occur not only at the 3′-end of a mature miRNA but also at its 5′-end.
The protein modifications occur not only as a result of endogenous inflammatory processes in asthma but also from inhalation of exogenous environmental oxidants.
What's more, over two-thirds of modifications occur outside of the program.
With multiple codon coverage, some modifications occur.
Electrochemistry is also used to mimic oxidative modifications occurring in vivo through enzymatic and ROS activity.
We also investigated whether similar epigenetic modifications occurred in human CD4+ effector T cells.
Despite the importance of the modifications occurring at the cell level, the tumour microenvironment is also relevant for the development of cancer.
A combination of these modifications occurs.
