The seasonal trends across the spatial network were representative of the seasonal patterns obtained at a long term monitoring station, with both methods indicating that fall and spring concentrations were preferred proxies of annual means.
In the 11 secure facilities surveyed by both methods, only 4 of 23 indicators had a statistically significant difference between survey methods, indicating that the two methods were relatively comparable in the scores of health system performance they generated.
Similar influences are obtained from these three methods, indicating that they are extremely practical and consistent.
There was no significant difference in radioactivity in the kidneys or brain between injection methods, indicating that the efflux throughout each injection method remains constant.
High correlations were also found between six of the seven evaluation methods, indicating that despite their seeming differences, many of these methods are similar to each other.
The PSSS PsePSSM algorithm also outperforms other existing methods, indicating that our proposed method is a cost-effective computational tool for protein structural class prediction.
The amount of movement observed was different between species and such differences were consistent across all methods, indicating that species-specific behavioural responses to capture can be identified.
The obtained metrics are comparable to results obtained with other approaches based on 2D-fingerprints or standard shape-based methods, indicating that the spectrophore technology can also be used as a virtual screening platform.
The tangential cell's convergence, shown in Fig. 5G, shows almost identical errors for both the four-classes and the length-priority methods, indicating that trips are generated in a similar order regardless of method.
The frequency of the stem cells in the kidneys and liver was comparable among all three cell delivery methods, indicating that migration of the cells to non-targeted organs is independent on the cell delivery method.
The interaction of the compounds with calf thymus DNA (CT-DNA) was investigated by absorption, emission titration, electrochemical and viscosity methods, indicating that the ligand and the complexes interacted with CT-DNA through intercalation.
