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International Journal of Mosquito Research
  • Printed Journal
  • Indexed Journal
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  • Peer Reviewed Journal
International Journal of Mosquito Research
Vol. 1, Issue 3, Part A (2014)

Insilico modeling of Wolbachia and its potentials in combating mosquito borne diseases Chikungunya and Dengue

Docking models of DEN:WSP-A. Interaction of Amino acid molecules present in active site of DEN showing in ball and stick model make H-bond interaction with WSP-A. WSP-A show in Stick model present at active site after docking with DEN.
Fig. 1: Docking models of DEN:WSP-A. Interaction of Amino acid molecules present in active site of DEN showing in ball and stick model make H-bond interaction with WSP-A. WSP-A show in Stick model present at active site after docking with DEN.
Modeled structure of back bone visualization of a) DEN;protein by using I-TASSER.
Fig. 2: Modeled structure of back bone visualization of a) DEN;protein by using I-TASSER.
Modeled structure of back bone visualization of b) CHIK protein by using I-TASSER.
Fig. 3: Modeled structure of back bone visualization of b) CHIK protein by using I-TASSER.
Modeled structure of back bone visualization of; c) WSP-A  protein by using I-TASSER.
Fig. 4: Modeled structure of back bone visualization of; c) WSP-A protein by using I-TASSER.
Modeled structure of back bone visualization of d) WSP-B protein by using I-TASSER.
Fig. 5: Modeled structure of back bone visualization of d) WSP-B protein by using I-TASSER.
Analysis of modeled proteins of a) WSP-A by RAMPAGE
Fig. 6: Analysis of modeled proteins of a) WSP-A by RAMPAGE
Analysis of modeled proteins of b) WSP-B by RAMPAGE
Fig. 7: Analysis of modeled proteins of b) WSP-B by RAMPAGE
Analysis of modeled proteins of; c) CHIK; by RAMPAGE
Fig. 8: Analysis of modeled proteins of; c) CHIK; by RAMPAGE
Analysis of modeled proteins of d) DEN by RAMPAGE
Fig. 9: Analysis of modeled proteins of d) DEN by RAMPAGE
Active site showing as in ball and stick model in modeled structure as shown in backbone visualization of a) DEN; by using q site finder.
Fig. 10: Active site showing as in ball and stick model in modeled structure as shown in backbone visualization of a) DEN; by using q site finder.
Active site showing as in ball and stick model in modeled structure as shown in backbone visualization of b)CHIK by using q site finder.
Fig. 11: Active site showing as in ball and stick model in modeled structure as shown in backbone visualization of b)CHIK by using q site finder.
Active site showing as in ball and stick model in modeled structure as shown in backbone visualization of c)WSP-A by using q site finder.
Fig. 12: Active site showing as in ball and stick model in modeled structure as shown in backbone visualization of c)WSP-A by using q site finder.
Active site showing as in ball and stick model in modeled structure as shown in backbone visualization of D)WSP-B by using q site finder.
Fig. 13: Active site showing as in ball and stick model in modeled structure as shown in backbone visualization of D)WSP-B by using q site finder.
Docking models of DEN:WSP-B. Interaction of amino acid molecules present in active site of DEN showing in ball and stick model make H-bond interaction with WSP-A. WSP-B show in stick model present at active site after docking with DEN
Fig. 14: Docking models of DEN:WSP-B. Interaction of amino acid molecules present in active site of DEN showing in ball and stick model make H-bond interaction with WSP-A. WSP-B show in stick model present at active site after docking with DEN
Docking models of CHIK:WSP-A. Interaction of Amino acid molecules present in active site of CHIK showing in ball and stick model make H-bond interaction with WSP-A. WSP-A showing in stick model present at active site after docking with CHIK.
Fig. 15: Docking models of CHIK:WSP-A. Interaction of Amino acid molecules present in active site of CHIK showing in ball and stick model make H-bond interaction with WSP-A. WSP-A showing in stick model present at active site after docking with CHIK.
Docking models of CHIK:WSP-B. Interactions of Amino acid molecules present at active site of CHIK showing in ball and stick model make H-bond interaction with WSP-B. WSP-B shows in stick model present at active site after docking with CHIK.
Fig. 16: Docking models of CHIK:WSP-B. Interactions of Amino acid molecules present at active site of CHIK showing in ball and stick model make H-bond interaction with WSP-B. WSP-B shows in stick model present at active site after docking with CHIK.
International Journal of Mosquito Research