However, in our experiments tissues obtained from mice exposed to 10% oxygen did not show a significant increase in HIF1-α activity at this level of physiologically adaptable hypoxia (Figure S4).
Maximum substrate consumption (Qs) in terms of volumetric rate was marginally different during bioconversion between the control and test reactions, indicating maximum enzyme activity at this level of diatomite addition.
EMG onset detection was not set to detect the very earliest activity because this level of precision was not necessary and tended to disperse the EMG peak latency in our data.
Patients with LSS spent significantly less time performing moderate physical activity and the percentage of activity spent at this level was significantly less compared to both patient groups with OA (Table 2).
Consequently, the MA assemblage, which essentially comprises handaxes, cleavers and trihedral picks, is considered to represent in situ evidence of human activities at this level.
In carbon limitation, we would expect low levels of the allosteric activator and high activity levels of the cAMP-PKA pathway, leading to low activity of this enzyme and low levels of glycogen deposition despite the high level of expression of these enzymes.
The level of activity of this pathway directly correlates with the level of phosphorylated Smad/pMAD; therefore, changes in levels of phosphorylated Smad or pMAD are used assess the activity of this signaling pathway [43], [44].
On the contrary, during trunk extension, the amount of lumbar muscle activity clearly exceeded this level.
Musashi-1 appears to act as a 'nutrient sensor', turning down the activity of this enzyme in cells when levels of oleic acid are high, and turning up enzyme activity when oleic acid levels are low.
Thus, the combination erlotinib+bevacizumab confirmed the supra-additive anti-tumour effects by markedly reducing pathologically positive lymph nodes whereas the activity of single drugs at this level was less evident, particularly in the case of bevacizumab.
Phosphorylation of the amino acid residues of the p38 MAPK catalytic site, ThrTyr, is indicative of the level of activity of this stress response signaling protein.
