Paper Information

Journal:   IRANIAN JOURNAL OF ARTHROPOD-BORNE DISEASES   JUNE 2015 , Volume 9 , Number 1; Page(s) 116 To 124.
 
Paper: 

SHORT COMMUNICATION: HOMOLOGY MODELING AND CONFORMATIONAL EPITOPE PREDICTION OF ENVELOPE PROTEIN OF ALKHUMRA HAEMORRHAGIC FEVER VIRUS

 
Author(s):  POORINMOHAMMAD NAGHMEH, MOHABATKAR HASSAN*
 
* DEPARTMENT OF BIOTECHNOLOGY, FACULTY OF ADVANCED SCIENCES AND TECHNOLOGIES, UNIVERSITY OF ISFAHAN, ISFAHAN, IRAN
 
Abstract: 

Background: The aim of this study was to generate in silico 3D-structure of the envelope protein of AHFV using homology modeling method to further predict its conformational epitopes and help other studies to investigate its structural features using the model.
Methods: A 3D-structure prediction was developed for the envelope protein of Alkhumra haemorrhagic fever virus (AHFV), an emerging tick-borne flavivirus, based on a homology modeling method using M4T and Modweb servers, as the 3D-structure of the protein is not available yet. Modeled proteins were validated using Modfold 4 server and their accuracies were calculated based on their RSMDs. Having the 3D predicted model with high quality, conformational epitopes were predicted using Disco Tope 2.0.
Results: Model generated by M4T was more acceptable than the Modweb-generated model. The global score and P value calculated by Modfold 4 ensured that a certifiable model was generated by M4T, since its global score was almost near 1 which is the score for a high resolution X-ray crystallography structure. Furthermore, itsthe P -value was much lower than 0.001 which means that the model is completely acceptable. Having 0.46
  ? rmsd, this model was shown to be highly accurate. Results from Disco Tope 2.0 showed 26 residues as epitopes, forming conformational epitopes of the modeled protein.
Conclusion: The predicted model and epitopes for envelope protein of AHFV can be used in several therapeutic and diagnostic approaches including peptide vaccine development, structure based drug design or diagnostic kit development in order to facilitate the time consuming experimental epitope mapping process.

 
Keyword(s): 3D STRUCTURE, HOMOLOGY MODELING, CONFORMATIONAL EPITOPE, ALKHUMRA HAEMORRHAGIC FEVER VIRUS, ENVELOPE PROTEIN
 
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