The following is a list of the Quicktime animations used with this lecture series. Each has been reduced in size and quality for more rapid transfer times and requires that you have an appropriate viewer for display.

Material on this server is copyright (C) 1998/99 James K. Hardy and Brooks/Cole Publishing. The material may not be copied, or otherwise redistributed without permission. This material was last updated 5/99.

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Molecular Rotations

The following files show various molecules being rotated to illustrate geometry.

1. Alpha helix protein (99K)
2. Acetyl Co-enzyme A (93K)
3. Amylose (starch) (83K)
4. Beta sheet protein (66K)
5. Collagen (83K)
6. FAD (83K)
7. Hammerhead ribozyme (314K)
8. Heme (149K)
9. Histone (297K)
10. Insulin (215)
11. NAD+ (83K)
12. Permease (149K)
13. LDH isoenzyme M4 231K)
14. Ribonuclease A (165K)
15. snRNP (281K)
16. Bushy Tomato Virus Protein (264K)
17. tRNA (99K)
18. Spinning molecule - chiral carbon (198)
19. ubiquitin (165K)
20. Water (66K)
    

Other animations

1. Diffusion (347K)
2. Dissolution of NaCl (215K)
3. Entry of LDL into cell (908K)
4. Enzymatic reaction (248K)
5. Gel Electrophoresis (165K)
6. LC column separation (710K)
7. Osmosis (611K)
8. Osmotic pressure testing (363K)
9. Protein folding (66K)
10. Protein synthesis (1.6M)
11. RBC crenation (380K)
12. RBC hemolysis (528K)
13. Replication of DNA (1.3M)
14. RNA synthesis (578K)
15. Titration (561K)