As such, modifications to lignification are strategically driven.
As lipid modifications, such as palmitoylation, increase the hydrophobicity of proteins, it is highly likely that palmitoylated proteins are abundant in myelinated glial cells.
Modifications, such as replenishing liquids, could lengthen sample collection times and overcome this problem.
As post-translational modifications such as H3K4me2 affect chromatin compaction state, the physical topology of centromeric chromatin is likely to be critical for CENP-A localization.
Thus, other epigenetic modifications such as histone modifications may be involved in silencing LHX6 expression in lung cancer.
Proteins involved in transcription are often regulated through posttranslational modifications (PTMs), such as acetylation and methylation.
NMD is often triggered by alternative splicing (AS) modifications introducing such codons.
XPD readily translocates past base modifications such as bulky extrahelical modifications and abasic sites (Rudolf et al, 2010; Figure 6C).
Perhaps post-translational modifications such as phosphorylation regulate RBP activity, as has been suggested for the CSBP II complex [15].
However, unlike modifications such as methylations, histone acetylation modifications are often considered redundant.
In contrast, epigenetic modifications, such as DNAm and histone modification, can be biomarkers that overcome these limitations.
