Journal of Computer Science & Systems Biology

Giuliatti S

Publications

• Research Article
  In Silico Prediction of the Tertiary Structure of M. leprae Hsp65 Protein Shows an Unusual Structure in Carboxy-terminal Region
  Author(s): Rossetti RAM, Lorenzi JCC, Giuliatti S, Silva CL and Coelho-Castelo AAMRossetti RAM, Lorenzi JCC, Giuliatti S, Silva CL and Coelho-Castelo AAM
  
  DNA vaccines have been used with great success in experimental and some clinical therapy. However, the mechanisms of activation of the immune system by these vaccines are not utterly understood yet. Hsp65 is aMycobacterium leprae chaperone whose gene has been efficiently used as experimental DNA vaccine against tuberculosis and clinical trial against tumor. Since little is know about the three-dimensional (3D) structure of hsp65 and modeling of 3D protein structure can increase the information to improve the knowledge about the mechanism action as well as the design of new DNA vaccine formulation, here we used the bioinformatics to get the design in silico of hsp65 (heat shock protein) molecule. The determination of hsp65 3D structure was obtained by homology using the software Modeller (Eswar et al., 2001). It was used two proteins as models: 1SJP, a 60- .. Read More»
  DOI: 10.4172/jcsb.1000012

  Abstract PDF