Environmental and Circadian Regulation Combine to Shape the Rhythmic Selenoproteome.

As expected from the observed proportion of rhythmic selenoproteins, there was a significantly increased incidence of selenocysteines in rhythmic compared to arrhythmic proteins under LL conditions, while under LD conditions an opposite trend was observed that did not reach statistical significance ( Figure 2 b).

also in 111,027 other papers

However, under constant light conditions there was a clear trend towards increased amplitude of oscillations in selenoproteins that peak at a later phase during the 24 h cycle (r 2 = 0.79).

also in 19,460 other papers