Main Hypothetical Protein Function Page: Difference between revisions

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This PDB scan compares structure alignment. The highest structural match with our sequence is shown to be involved in an d-ribose high affinity transport system. This supports the theory that our hypothetical protein is involved in the ABC transport system of ribose in prokaryote cells.  
This PDB scan compares structure alignment. The highest structural match with our sequence is shown to be involved in an d-ribose high affinity transport system. This supports the theory that our hypothetical protein is involved in the ABC transport system of ribose in prokaryote cells.  
===Residue Conservation Analysis===
[[Image:pymol.jpg]]
In this anaysis the residues are highlighted in different colours representing the levels of conservity. The red residues are the most conserved followed by pink, orange ect. <BR>
The yellow residue is highly conserved. acourding to certain literature it is very functionally important in the related ribose_fucu superfamily. 


[[hypothetical protein LOC282969 isoform 1 |  Go Back To Main Page]]
[[hypothetical protein LOC282969 isoform 1 |  Go Back To Main Page]]

Revision as of 07:42, 2 June 2009

String Analysis

String.jpg

This string analysis shows possible protein - protein interactions. The red protein in the middle represents the target protein and the three surrounding proteins represent interacting proteins. The larger yellow and green proteins may be releated due to cooccurrence, where as the smaller blue protien may be related due to repeatedly occurring in close proximity to the target protein, however the posible interactions shown in the analysis are inconclusive and unsubstantiated. experimental evidence is needed to prove such relationships


Profunc

Interpro Scan result

Interpro1.gif

This image shows the results of a InterProScan. The InterProScan search identifies sequence motifs from several databases.These results show that the target protein belongs to the RbsD/FucU superfamily (Purple and red lines) The gray line shows an possible binding histadine site.


PDB Sequence Match

PDB1.jpg

This PDB scan compares structure alignment. The highest structural match with our sequence is shown to be involved in an d-ribose high affinity transport system. This supports the theory that our hypothetical protein is involved in the ABC transport system of ribose in prokaryote cells.

Residue Conservation Analysis

File:Pymol.jpg

In this anaysis the residues are highlighted in different colours representing the levels of conservity. The red residues are the most conserved followed by pink, orange ect.
The yellow residue is highly conserved. acourding to certain literature it is very functionally important in the related ribose_fucu superfamily.

Go Back To Main Page