[PDF] Top 20 Age reprogramming and epigenetic rejuvenation

... of reprogramming factors from episomal vectors [34]. Age reprogramming in vivo will, most probably, be driven by development of efficient methods for delivering reprogramming factors to sites ... See full document

... of epigenetic reprogramming is not the same at all genomic loci (Figure ...older age shown in Figure 1D, even when the smaller volumes of tissues from the younger animals were ... See full document

... at different stages of development or after culture. Explanted testes were pooled per litter and slightly cut to expose the seminiferous tubules, immerged in a solution of 1 mg/mL collagenase (Sigma, #C9891) and 0.02  ... See full document

... different epigenetic mechanisms that exist, it is not surprising that our picture of epigenetics’ role in later phases of injuries, namely repair and resolution, remains mostly ...an epigenetic level. Tech- ... See full document

... at 4°C. Serum was isolated, prealiquoted for downstream assays to avoid repeated freeze/thaw, and stored at –80°C. DEXA data were collected from regular measurements that individuals with DMD undergo annually as part of ... See full document

... In this study, we investigated the characteristics and functional significance of the differentially methylated CpG loci in normal and abnormal fetal development. Using a well-validated array platform, the DNA methyla- ... See full document

... Before eclosion, Major and Minor pupae were removed from their natal colony and reared in smaller nests by 15 adult Minors. In 24-hour intervals, newly eclosed callows were removed from rearing nests and organized into ... See full document

... The age- related shift in acyl chain length will additionally reduce the energy metabolic capability of the cells and can have further functional consequences, such as different fatty acid species being generated ... See full document

... also epigenetic alterations strongly indi- cates the importance to identify sub-fertile patients that potentially harbour high levels of oxidative DNA dam- age within their ...post-fertilization ... See full document

... For the analysis of differential methylation, we only used cytosines that were sequenced in at least two out of three replicates across all tissue types (1,005,661 in total, 994,696 without X and Y chromosome scaffolds, ... See full document

... of epigenetic changes occurring in ...the epigenetic modifiers JHDM1B, KDM3 and KDM4, and regulates hypoxic inducible fac- tor (HIF)-1 activity through asparagine and proline hy- droxylases and is also ... See full document

... of epigenetic regulation of macropinocytosis in these fibroblasts (Supplemental Figure ...The epigenetic silencing of RASAL3 in CAF correlated with Ras-mediated macropinocytosis and subsequent degradation ... See full document

... activation of Tex19.1, Mili, Mov10l1 and Asz1 functions as part of a fail-safe mechanism to ensure suppression of TE activity in the germline. Regulation of these genes by promoter methylation would therefore be ... See full document

... the epigenetic aberrations only manifest upon their differentiation, indicating that TDG contributes to the maintenance of active chromatin during cell differentiation, facilitating a proper assembly of the ... See full document

... epigenetic age. In our study and a previous that analyzed epigenetic and telomere length-based biomarkers of aging, no relationship was found between epigenetic aging and aging according to ... See full document

... The rejuvenation of Jason by Medea is pictured on the Etruscan olpe, with an Etruscan ritual of 676. rejuvenation and rebirth being read beyond it (this ritual is known [r] ... See full document

... that epigenetic alterations underlie nickel ...of epigenetic alterations that occur post nickel-exposure, which potentially drives persistent changes to the tran- scriptome remains ... See full document

... Old age, under the prism of how it should be and how it ...old age in which the losses are close to the limits of the reserve capacities and where the balance of gains and losses becomes less positive, ... See full document

... the epigenetic interspecies differences between mouse and human gastrointestinal tumorogenesis are sufficiently distinct with respect to macroH2A influence that attempting to model macroH2A loss in humans using ... See full document

... inhibited, EZH2 activity cannot recover, possibly be- cause the drug irreversibly blocks and inhibits activity. This observation also implies that new EZH2 was either not synthesised in oocytes or the drug continued to ... See full document