Thus, AhR and Arnt appear to play complex many-faceted roles in the regulation of pro-inflammation reactions in lung cells.
Rad5 appears to play a complex role in these pathways, with evidence for its participation in error-prone translesion synthesis, and at least one putative branch of the error-free pathway, although its primary role is considered to be in the error-free branch [15], [17], [18], [23], [24].
H2B-Lys120 ubiquitination, which has also been linked with transcription, appears to play a complex regubiquitinationChandrasekharan et al., 2010).
By contrast, the Rnf complex appears to play an important role in ethanol formation.
The Keap1-Nrf2 complex appears to play critical role in facilitating the degradation of Nrf2 [55] [57].
In this bacterium, a proton-pumping Rnf complex appears to play a major role in energy conservation [ 30].
The IL6/IL6R complex appears to play a role in cigarette smoke-induced inflammation, recruiting inflammatory cells to the lung to eliminate foreign particles such as cigarette smoke components, only to have a myriad of other effects on lung tissue.
Deletion of other checkpoint proteins, like the MRX complex, which appears to play a role in telomere capping, worsens the growth of cdc13-1 strains [42].
Finally, Tor2, a member of the cell-cycle-dependent kinase complex TORC2, appears to play a role in controlling the recruitment of endocytic factors Abp1 and Rvs167 to facilitate internalization of α-factor receptor (Dehart et al. 2003; Tenay et al. 2013).
Such a complex proteome appears to play a major role in mediating water, pathogen, and oxidative stress, suggesting that a systems level mechanism has evolved in poplar apoplast allowing encounters of multiple stresses while maintaining growth and development over many years.
