3v Results for JobId '2017.oct12.875'

Run Information

biological unit: no
use hetero atoms: no
allow public display: no
grid resolution: low
smallprobe: 3.0
bigprobe: 10.0
pymol: False
waterpdb: False
pdbfile: /var/www/html/3vee/output/uploads/2017.oct12.875.pdb
numchan: 5



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Images of channel 1:

           
View Volume in Jmol  

Volume Information

Voxel size: 1.0 Å
Volume: 3289 Å3
Surface area: 1798 Å2
Sphericity, Ψ: 0.59
Effective radius: 5.49 Å
Center of Mass: (-49.0, -41.0, -49.1) Å

Downloadable files of your surface:




Images of channel 2:

           
View Volume in Jmol  

Volume Information

Voxel size: 1.0 Å
Volume: 895 Å3
Surface area: 615 Å2
Sphericity, Ψ: 0.73
Effective radius: 4.36 Å
Center of Mass: (-56.3, -48.7, -59.2) Å

Downloadable files of your surface:




Images of channel 3:

           
View Volume in Jmol  

Volume Information

Voxel size: 1.0 Å
Volume: 1414 Å3
Surface area: 961 Å2
Sphericity, Ψ: 0.63
Effective radius: 4.41 Å
Center of Mass: (-53.4, -48.8, -53.9) Å

Downloadable files of your surface:




Images of channel 4:

           
View Volume in Jmol  

Volume Information

Voxel size: 1.0 Å
Volume: 512 Å3
Surface area: 411 Å2
Sphericity, Ψ: 0.75
Effective radius: 3.73 Å
Center of Mass: (-59.6, -52.7, -58.2) Å

Downloadable files of your surface:




Images of channel 5:

           
View Volume in Jmol  

Volume Information

Voxel size: 1.0 Å
Volume: 348 Å3
Surface area: 300 Å2
Sphericity, Ψ: 0.80
Effective radius: 3.47 Å
Center of Mass: (-60.9, -53.3, -61.5) Å

Downloadable files of your surface:



Downloadable files of your surface:

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Citation:
'3V: cavity, channel and cleft volume calculator and extractor' (free text)
Nucleic Acids Res. 2010 July 1; 38(Web Server issue): W555–W562
by Neil R. Voss and Mark Gerstein
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If you find this useful or want more functionality please contact Neil <vossman77 [at] yahoo.com>
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