Title | Py MOL Structural Figures USE THIS |
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Author | Kyle Mc |
Course | Biochemistry Laboratory - Writing Intensive |
Institution | University of Missouri |
Pages | 4 |
File Size | 301.2 KB |
File Type | |
Total Downloads | 59 |
Total Views | 135 |
PyMOL figures and legends for lactate dehydrogenase, cyt c, BSA and chicken egg ovalbumin, eGFP, and modified lysozyme...
PyMOL Structural Figure Assignment Figure 1: Lactate Dehydrogenase Figure 1 Legend: this displays a high-resolution image of Lactate Dehydrogenase constructed with PyMOL. Ribbons and loops indicate the secondary structure.
Figure 2: Cytochrome C Figure 2 Legend: this displays a high-resolution image of Cytochrome C constructed with PyMOL. The heme ring is shown in red with a width of 14.2 angstroms.
Figure 3: BSA and Chicken Egg Ovalbumin
Figure 3 Legend: this displays high-resolution images of BSA (above) and Chicken Egg Ovalbumin (below) constructed with PyMOL. Tyrosine residues are shown in green on the BSA and cyan in the Ovalbumin. Tryptophan residues are shown in red on the BSA and green on the Ovalbumin.
Figure 4: eGFP Figure 4 Legend: this displays a highresolution image of eGFP constructed with PyMOL The zoomed in panel shows the fluorescent residues in blue that have a width of 9.4 angstroms.
Figure 5: Modified Lysozyme Figure 5 Legend: this displays a highresolution image of a processed Lysozyme constructed with Coot and PyMOL. Tryptophan is shown in purple and Tyrosine is shown in yellow.
Figure 6: Acid Phosphatase
Figure 6: this displays a high-resolution image of Acid Phosphatase processed with Coot and PyMOL. The zoomed in panel shows the inhibitor bound in the active site....