There are numerous other examples of how defined combinations of histone modifications positively or negatively affect recruitment of specific proteins [19], [20], [21], [22], [23], [24].
On the other hand, the histone modifications positively correlated with transcriptional levels have the potential to unfold chromatins, which can further strengthen the TFs' binding.
The modification involved positively or negatively curving the straight blade.
The carboplatin AUC predicted with no dose modification was positively correlated with pretreatment glomerular filtration rate (GFR) values.
Importantly, in TM1 the rate of modification by positively charged MTSET is consistently ∼10-fold lower than that by negatively charged MTSES, which was interpreted as reflecting the function of the CFTR channel as an anion-selective pore.
This decrease was clinically relevant (−29%), indicating that qualitative isocaloric dietary modifications may positively influence fatty liver.
Therefore, cell type specific enhancer status defined by histone modifications was positively correlated with cell type specific regulation of nearby gene expression.
Promoter H3K4me3 modifications were positively and H3K27me3 negatively correlated with activity of associated genes, as observed previously (e.g. [ 5, 13- 17]).
The results indicate that all the analyzed modifications correlated positively with the four data sets employed, except for H3K4me1, which correlated negatively, as expected [ 12].
These lifestyle modifications may positively impact on serum aminotransferase levels and various metabolic parameters, such as insulin resistance, fasting glucose, and lipids [ 46, 54].
