Surface Properties: Difference between revisions

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<font size = "4">'''Gene Ontology'''</font>
<font size = "4">'''Surface Properties'''</font>


[[Image:Document17_01.png]]
[[Image:Document7_07.png]]
'''Figure 13. (A) '''Molecular structure of 2gfh with the ligand PO<sub>4.</sub>''' (B) '''Molecular and chemical structure of PO<sub>4.</sub>'''  (C) '''Ligand interaction involving PO<sub>4.</sub> (Picture adapted from Profunc)


List of all matched protein name terms for 2gfh. The score in red is a measure of how strongly the term is predicted from the hits obtained by


the different methods. The scores in blue show each method<nowiki>’</nowiki>s contribution to the total score (with the number of relevant
* Identify the likely biochemical function from the 3D structure


sequences/structures shown in brackets in grey).(http://www.ebi.ac.uk/thornton-srv/databases/cgi-bin/pdbsum/)
* Possible binding sites and potential ligands - PO<sub>4</sub>


* PO<sub>4</sub> most likely be an active site and function


* Higest score in GO - Hydrolase
[[Posphastase|Next Page]]
 
* Followed by - Phosphatase
 
*Polymer:            Haloacid dehalogenase-like hydrolase domain containing 4
 
*Molecular Function: None
 
*Biological Process: None
 
*Cellular Component: None
 
 
[[Surface Properties| Next page]]

Revision as of 23:21, 10 June 2007

Surface Properties

Document7 07.png Figure 13. (A) Molecular structure of 2gfh with the ligand PO4. (B) Molecular and chemical structure of PO4. (C) Ligand interaction involving PO4. (Picture adapted from Profunc)


  • Identify the likely biochemical function from the 3D structure
  • Possible binding sites and potential ligands - PO4
  • PO4 most likely be an active site and function

Next Page

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