Leu-Tyr distributionNumber of Leu sidechains in dataset 44478 ( 9.2% )
Number of Tyr sidechains in dataset 17058 ( 3.5% )
Total number of Leu-Tyr contacts 12030
* Non-random at 95.0% confidence level.
** Non-random at 97.5% confidence level.
*** Non-random at 99.0% confidence level.
**** Non-random at 99.5% confidence level.
The significance of any clustering in the contacts is assessed with reference to packing-geometries generated at random from 20 trials of 3000 randomly-chosen and randomly placed contacts.
Cluster 1. Size: Mean 34.85 St.dev. 1.80
Cluster 2. Size: Mean 33.55 St.dev. 1.56
Cluster 3. Size: Mean 32.20 St.dev. 1.50
Cluster 4. Size: Mean 31.10 St.dev. 1.61
Cluster 5. Size: Mean 29.90 St.dev. 1.45
Cluster 6. Size: Mean 29.35 St.dev. 1.35
The pairs of plots below show a representative sidechain for each cluster.
In the first plot of each pair the sidechains are shown as ball-and-stick models; in the second plot the van der Waals surfaces are superimposed as wire-cage contours. The reference sidechain is shown in purple while the cluster representative is shown in orange. Click on the first plot to get a magnified view, including the other cluster members.
Each cluster representative is chosen to have a r.m.s.d. of <1.5 Angstroms from all other members of the cluster. The standard deviation shows how significant the clustering is, when compared with a randomly-generated contact distribution for these two sidechains.
The ticks on the back walls in the plots correspond to distances of 1 Angstrom.
Cluster 1. Size 74 ( 21.79 st. devs. from mean )
Cluster 2. Size 58 ( 15.63 st. devs. from mean )
Cluster 3. Size 56 ( 15.83 st. devs. from mean )
Cluster 4. Size 52 ( 12.99 st. devs. from mean )
Cluster 5. Size 46 ( 11.14 st. devs. from mean )
Cluster 6. Size 45 ( 11.58 st. devs. from mean )
Other Leu distributions