Biochemistry Online: An Approach Based on Chemical Logic
Chime and Jmol Files
05/19/2008
The list below contains modeling tutorial files that are available from Biochemistry Online: An Approach Based on Chemical Logic. Some are links to outside files, but the majority have been created specifically for this course, mostly by students. During the summer of 2006, I will converted most of the Chime files to Jmol format, which does not require the Chime plugin. It can run on any browser that is Java enabled, on any computer, including Macs, Unix, and Linux systems. The graphics are better as well. The structural coordinates for the molecules below were downloaded directly from the Protein Data Bank without further refinements or energy minimizations. In some, molecules not relevant to the displays (water, etc) have been deleted from the pdb files. These files have been made over a five year period. The earlier ones are less interactive and have contain less written information. As most are from students, the very in the amount of supportive information provided.
Chime Instructions: If you are working at a PC in a public access area, you can use a internet browser plug-in (which is already installed in those areas) called Chime. It will allow you to view and manipulate molecular models interactively on your computer. You should be able to see and rotate your molecule by placing the mouse cursor in the black window and using the commands given below:
In addition, you can change the rendering of the molecule by moving the mouse cursor within the area of the molecule. Click and hold the right mouse button, and a new menu will appear that will allow additional manipulation of the molecule. Experiment with these commands.
Jmol Instructions: TBA
Jmol files below highlighted in
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Chapter 1: Lipid Structure |
Chime |
Jmol |
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| di-18:0 PC |
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hydrated DPPC (dipalmitoylphoshpatidylcholine) membrane section in the fluid phase (this is a huge file!) |
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Chapter 3: Carbohydrates |
Chime |
Jmol |
External |
External |
| a and b-D-glucopyranose | Ö | |||
| b-D-glucopyranose | Ö | |||
| D Glucose | Ö | |||
| Acetal Formation | Ö | |||
| Glycogen | Ö | |||
| Amylose | Ö | |||
| Amylopectin | Ö | |||
| cellulose | Ö | |||
| Chondrotin Sulfate | Ö | |||
| Glycobiology resources: GAGs with Chime Models | Ö | |||
| NEW 5/9/08 Peptidoglycan glycosyl transferase | Ö | |||
| N-Linked Complex CHOs | Ö | |||
| Hemagglutinin antigen | Ö | |||
| Oseltamivir (Tamiflu): Neuramindase N1 complex | Ö | |||
| Soybean Agglutinin Lectin | Ö | |||
| P-Selectin Lectin/EGF Domains (IG1Q | Ö | |||
| P-Selectin Lectin/EGF Domains (IG1Q | Ö |
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Chapter 4: DNA, Genomics, and Proteomics |
Chime |
Jmol |
External |
External |
| double-stranded DNA. | Ö | |||
| the Genetic Code | Ö | |||
| DNA Strands and Backbone | Ö | |||
| DNA: Ends and Parallelisms | Ö | |||
| DNA Tutorial | Ö | |||
| A RNA, B and Z DNA | Ö | |||
| A RNA, B and Z DNA (side by side) | Ö |
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Chapter 6: Transport and Kinetics |
Chime |
Jmol |
External |
External |
| Lactose Permease | Ö | |||
| Lactose Permease | Ö | |||
| Glycerol-3-Phosphate Transporter From E. Coli | Ö | |||
| Glycerol-3-Phosphate Transporter From E. Coli | Ö | |||
| Aquaporin | Ö | |||
| Aquaporin Monomer | Ö | |||
| Valinomycin | Ö | |||
| Gramicidin | Ö | |||
| Maltoporin Transport Protein | Ö | |||
| Maltoporin Transport Protein | Ö |