It may be asked if such modifications might also affect the safety of an otherwise safe enzyme.
These modifications might also happen when a voice enhancement algorithm is enabled in the Radio Access Network and/or in the Core Network.
However, and since the majority of demethylated genes did not show significant changes in gene expression, other layers of regulation, such as histone modifications, might also play a significant role (Xie et al., 2013).
The association with definite regions of the chromatin marked by specific post-translational modifications might also suggest that chromatin modification factor/s might tether HIV-1 to specific sites.
Alternative post-translational modifications might also be responsible for the apparent differences in SRAP molecular mass.
Such post-translational modifications might also play a role in explaining the different physiological properties of pR and bR.
However, these modifications might also decrease total reporter output or decrease the dynamic range, such that various design objectives might be coupled.
NEIL1 excision of cytosine-derived oxidative lesions could therefore be involved in initiating the process of TNR expansion, although other DNA modifications might also contribute.
