Fewer surgical adhesions after LT have also been observed, likely due to suppression of surgical adhesions by immunosuppressants [10, 11].
Small variations in spatial resolution across the FOV were observed, likely due to the geometry of the system.
No significant differences for adsorption capacity among catalysts were observed, likely due to similar surface areas (Table 1).
Interestingly, clustering of cells within the IPNs with RGD and the higher aggrecan concentration were observed, likely indicating cell migration and/or preferred regional proliferation.
With repeated charge/self-discharge cycling, a decrease in self-discharge is observed, likely due to the depletion of active sites for carbon oxidation.
However, at 20 ppm HA significant inhibition was observed, likely due to shadowing of the catalyst, quenching of ROS or blocking active sites of TiO2.
While this corrected the majority of the offsets, some small deviations can be observed, likely due to small residual errors from scattered light.
Generally, substantial variation within the animals was observed, likely owing to biological variation and inherent difficulties in classifying the exact position of the content in the small intestine.
The sixfold increase that the researchers observed likely reflects the advances in medical care, treatment protocols, and better societal support systems for trauma patients, the article concludes.
The growth curves were varied for each media and lag phase, for each sample, was not observed likely due to the time gaps between two measurements in which the lag phase has already proceeded.
Although several spikes are observed, likely corresponding to tephra and/or sandy layers, these data indicate that the rock-magnetic characteristics are relatively homogeneous throughout the Yoro-Tabuchi and Yoro-River sections (Fig. 6).
