Unfortunately, we cannot comment about the correlation with bridge tests due to the lack of published studies on this topic.
For example, we determined a broad linear correlation of the bridging P O(R) bond length in monosubstituted dianionic phosphates and the p Ka of the substituent alcohol.
However, we here try to understand the effect of rivers on the spatial form of cities by using the role of the bridges in connecting the city, through correlation studies of systems with and without bridges.
In all temporal blocks, only TB82 directly connects TB77 and TB21, thereby acting as a bridge of (expression) correlation between the last phases of the first cell cycle and the initial phase of the latter cell cycle.
This approach can be extended to a full-bridge (3-D) model that also takes into account the correlation of aerodynamic forces along the bridge axis.
Although we did observe lagging chromosomes in some control and Myo19 RNAi cells, there was no correlation between the presence of DNA bridges and division failure.
The model showed the significant correlation between the freight movement in different bridges along the border.
It is shown that there are various patterns of correlation, some of which are significant for bridge loading.
For instance, there is a correlation between the rate at which the cross bridges cycle and the maximum shortening velocity of the muscle.
Thus, it is difficult to establish the correlation between governing parameters and response of the bridge.
