Despite the steadily increasing interest in epigenetic treatment concepts, only little is known about the influence of drug-induced epigenetic modifications in healthy cells.
The combination of noninvasive monitoring techniques with preload-induced SV modifications in healthy volunteers provides an excellent preclinical model for the study of fluid responsiveness.
In agreement with previous reports [ 8], tungstate treatment did not induce any significant modification in the healthy animals, and consequently, no further morphological analysis of these animals was performed.
In a follow-up study, this group identified tau modifications also in healthy subjects, without any age dependency.
We therefore hypothesized that interindividual variation in the responsiveness of the GABA system to modification influences learning capacity in healthy adults.
This review highlights past and current research efforts on the influence of epigenetic modification on genomic stability in healthy human cells.
Similarly, this modification can be induced in healthy skin fibroblasts by TNF-α, and RelA-P-Ser536 myofibroblast-like positive cells are localized in fibrotic areas in scleroderma patients.
This could indicate that, although this concentration of TGF-β is able to induce enzymes responsible for modification of extracellular matrix in healthy FLSs, it is unable on its own to induce an alteration towards myofibroblasts after 48 hours.
On the other hand, despite the fact that significant amounts of data provide insights about the capacity of SSRIs to produce BAEs due to modifications in emotional processing in healthy volunteers and unipolar depression patients, there are no data for BD patients.
It remains unclear which factors may play a role in modification of healthy and unhealthy obesity phenotypes.
