Sandbox1988: Difference between revisions

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==This is a placeholder==
==This is a placeholder==
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In Professor Sun’s guest lecture, he discusses the usefulness of using quorum-sensing and the applications it has to determining cell density, diffusion and efficiency.  1upg is a system that is controlled by quorum-sensing, working to relocate plasmids containing tumor-inducers into the protein. By transferring these plasmids to 1upg, it allows the ‘bacteria to synchronize infection’ when the sensing cells have become involved.
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1upg is comprised of a <scene name='Sandbox1988/2-protein_stucture/1'>2-chain structure</scene>, and has a cluster of 3  
1upg is comprised of a <scene name='Sandbox1988/2-protein_stucture/1'>2-chain structure</scene>, and has a cluster of 3  
<scene name='Sandbox1988/Ligand_sites/1'>ligand sites</scene> within the protein.
<scene name='Sandbox1988/Ligand_sites/1'>ligand sites</scene> within the protein.


{{STRUCTURE_1upg |  PDB=1upg  |  SCENE=  }}
{{STRUCTURE_1upg |  PDB=1upg  |  SCENE=  }}

Revision as of 14:45, 22 May 2009

This is a placeholder

In Professor Sun’s guest lecture, he discusses the usefulness of using quorum-sensing and the applications it has to determining cell density, diffusion and efficiency. 1upg is a system that is controlled by quorum-sensing, working to relocate plasmids containing tumor-inducers into the protein. By transferring these plasmids to 1upg, it allows the ‘bacteria to synchronize infection’ when the sensing cells have become involved. 1upg is comprised of a 2-chain structure, and has a cluster of 3 ligand sites within the protein.


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1upg, resolution 1.80Å (default scene)
Non-Standard Residues: MSE
Related: 1us6
Resources: FirstGlance, OCA, RCSB, PDBsum
Coordinates: save as pdb, mmCIF, xml