To further investigate the mechanisms behind this observation, we silenced NDRG1 and observed increased p-ERK1/2 and p-SMAD2L in DU145 cells, whereas overexpression of NDRG1 had the opposite effect.
However, further studies are necessary to reveal the exact mechanisms behind this observation.
The mechanism behind this observation is in a good agreement with Acidic Field-assisted Dissolution Mechanism.
The mechanisms behind this observation are discussed with reference to fractography and thermo-mechanical properties of nanocomposites.
While the data in humans suggest androgens alter protein balance (both synthesis and breakdown) in the fasted metabolic state, a predominant molecular mechanism(s) behind this observation is still lacking.
The reason behind this observation was determined to be that at high pH the particles in suspension were more mobile to travel to favourable packing sites, to form a layer, and low drying rates granted more time for the packing to complete.
Our exercise is silent about the reasons behind this observation.
The reason behind this observation is as explained before.
Now, we will further analyze the process behind this observation.
The researchers in future can explore the reasons behind this observation.
The reason behind this observation is the maximum guaranteed data rate of the guaranteed services.
