DBSCAN was implemented to cluster potential binding sites locally within protein targets for the Pilot dataset.
The effect of an arbitrary cluster potential is incorporated into the analysis by a variation of parameters procedure.
Names for the four clusters (Potential Activist, Environmental, Neutral, and National Interest) were based on inspection and interpretation of the mean responses to the clustering variables.
We report, for the first time, symmetric (versus cluster potential of zero charge) charging of narrowly dispersed monolayer-protected Au145 cluster films in a room temperature ionic liquid.
The underlying benefit of this 'apoE-free' analysis is that it reveals the sample-clustering potential of other gel features, which was previously obscured by the inclusion of apoE-containing gel features.
The combined V96P and N142M mutations in E. coli (VP/NM) decreased the cluster potential by 100 mV.
These results are surprising, because they indicate that the cluster potential is still too low, even in the P103V/M149N variant, for the cluster to be reduced.
As for miRNA clusters, potential TFBSs were searched for in the 10-kb upstream to the start point of the first miRNA in the cluster.
Combining the M153N mutation with the E. coli Loop 1 replacement (Loop 1/MN) in the B. taurus protein increased the cluster potential by 156 mV.
Combining the N142M mutation with the B. taurus Loop 1 replacement (Loop 1/NM) in the E. coli protein decreased the cluster potential by 100 mV.
