This suggests that the decrease in the quality of stored blood is due, partially at least, to changes in the red blood cell membrane.
Microscopic inspection of the coatings suggests that the decrease in the coating resistance is a consequence of defects originated by cracks on the phosphate and by loss of adhesion at the polymer/pigment interface.
The RPI heat flux partitioning model, directly informed by our bubble parameter experimental data, suggests that the decrease in bubble departure frequency and nucleation site density are responsible for the observed deterioration in the nucleate boiling heat transfer coefficient for nanofluids.
Statistical analysis of marine losses at this time suggests that the decrease in diversity was caused more by a sharp increase in extinctions than by a decrease in speciation.
This suggests that the decrease in mtDNA levels is not a consequence of perturbed oxidative phosphorylation.
This suggests that the decrease in expression of G3, and thus its suppression to G7, could be the cause.
This suggests that the decrease in pSer152-Net1 observed in our experiments does not involve inactivation of PAK1.
This regulatory relationship suggests that the decrease in the PPP flux also reflects a metabolic adjustment to the uncoupling.
This suggests that the decrease in mEPSC amplitude is accompanied by a loss of functional CP-AMPARs from the synapses.
This suggests that the decrease in INa per se is not enough to trigger spontaneous arrhythmias in mice.
