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Workshop Overview Obtaining 3D Macromolecular Models

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Presentation on theme: "Workshop Overview Obtaining 3D Macromolecular Models"— Presentation transcript:

1 Workshop Overview Obtaining 3D Macromolecular Models
Understanding The Models Sharing Structure-Function Information Martz – May 2010

2 Workshop Overview Obtaining 3D Macromolecular Models
Published Empirical (Crystallographic or NMR) Homology Models (Theoretical Models Are Grossly Inaccurate) Understanding The Models Sharing Structure-Function Information Martz – May 2010

3 Workshop Overview Obtaining 3D Macromolecular Models
Understanding The Models FirstGlance in Jmol ( + links to Key Resources) Proteopedia Sharing Structure-Function Information Martz – May 2010

4 Workshop Overview Obtaining 3D Macromolecular Models
Understanding The Models Sharing Structure-Function Information: Custom Molecular Scenes without Tears Polyview-3D: publication quality; animations for Powerpoint Proteopedia: a wiki; rotating molecules; on-line Martz – May 2010

5 Gal 4 Transcriptional Regulator Protein.
Lysine 18 sits in DNA Major Groove recognizing CGG. (1d66) Martz – May 2010 – 1d66

6 Animation Created by Polyview-3D
Gal4:DNA (1d66) Animation Created by Polyview-3D (using PyMOL) Martz – May 2010 – 1d66

7 Mechanosensitive channel Animation by Polyview-3D using PyMOL
(Morph between 2oau & 2vv5) Morph is also animated in Jmol in Proteopedia


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