SV40 Capsid Simplified: Difference between revisions

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*<scene name='User:Eric_Martz/Sandbox_8/Initial_sv40_scene/3'>Hide capsid</scene>
*<scene name='User:Eric_Martz/Sandbox_8/Initial_sv40_scene/3'>Hide capsid</scene>


This model  is based on the crystallographic solution of the VP1 capsid protein of [https://en.wikipedia.org/wiki/SV40 Simian Virus 40], published in [[1sva]] in 1996. SV40 is a member of a group of cancer-causing viruses that has been extensively researched for decades.
This model  is based on the crystallographic solution of the VP1 capsid protein of [https://en.wikipedia.org/wiki/SV40 Simian Virus 40], published as [[1sva]] in 1996<ref>PMID: 8805523</ref>. SV40 is a member of a group of cancer-causing viruses that has been extensively researched for decades.


The [[asymmetric unit]] of [[1sva]] contains a pentamer of the VP1 protein plus one extra chain. In about 2010, the entire capsid was constructed from 1sva by the (now defunct) Probable Quaternary Structure server (of the European Bioinformatics Institute) using symmetry operations specified in 1sva.pdb (REMARK 350). The resulting capsid model contains 360 chains of VP1 protein arranged as 72 pentamers in an [https://en.wikipedia.org/wiki/Regular_icosahedron icosahedron] (12 vertices forming 20 equilateral triangle faces). The PDB atomic coordinate file for the capsid, containing all non-hydrogen protein atoms, is 70 megabytes in size with about one million atoms, and 123,420 alpha carbon atoms.
The [[asymmetric unit]] of [[1sva]] contains a pentamer of the VP1 protein plus one extra chain. In about 2010, the entire capsid was constructed from 1sva by the (now defunct) Probable Quaternary Structure server (of the European Bioinformatics Institute) using symmetry operations specified in 1sva.pdb (REMARK 350). The resulting capsid model contains 360 chains of VP1 protein arranged as 72 pentamers in an [https://en.wikipedia.org/wiki/Regular_icosahedron icosahedron] (12 vertices forming 20 equilateral triangle faces). The PDB atomic coordinate file for the capsid, containing all non-hydrogen protein atoms, is 70 megabytes in size with about one million atoms, and 123,420 alpha carbon atoms.

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Eric Martz