Evolution Figures: Chapter 2

FIGURE 2.0. Hemoglobin (jpg) (pdf)

FIGURE 2.2. Jöns Jakob Berzelius and the process of catalysis (jpg) (pdf)

FIGURE 2.3. Louis Pasteur (jpg) (pdf)

FIGURE 2.5. Paratartaric acid and glucose (jpg) (pdf)

FIGURE 2.13. Erwin Chargaff (jpg) (pdf)

FIGURE 2.14. Oswald Avery (jpg) (pdf)

FIGURE 2.15. Avery and colleagues determined the nature of the transforming principle (jpg) (pdf)

FIGURE 2.17. Rosalind Franklin (jpg) (pdf)

FIGURE 2.18. X-ray diffraction image of the B form of DNA (jpg) (pdf)

FIGURE 2.19. Pairing of bases in the DNA double helix (jpg) (pdf)

FIGURE 2.20. Meselson and Stahl show that DNA replication is semiconservative (jpg) (pdf)

FIGURE 2.21. Normal and sickle-cell hemoglobin fingerprints (jpg) (pdf)

FIGURE 2.22. George Gamow and the double helix (jpg) (pdf)

FIGURE 2.26. Crick’s proposed code (jpg) (pdf)

FIGURE 2.27. General mechanism of eukaryotic protein synthesis. (jpg) (pdf)

FIGURE 2.29. The regulation of β-galactosidase (jpg) (pdf)

FIGURE 2.30. The PaJaMo (Pardee, Jacob, Monod) experiment. (jpg) (pdf)

FIGURE 2.31. The Central Dogma of molecular biology (jpg) (pdf)

FIGURE 2.34. Allosteric interactions between the subunits of hemoglobin (jpg) (pdf)

FIGURE 2.35. The 30S subunit of the Thermus thermophilus ribosome (jpg) (pdf)

FIGURE 2.36. Catalytic RNA or ribozyme (jpg) (pdf)

FIGURE 2.37. Alignment of highly conserved heat shock proteins in HSP70 (jpg) (pdf)

FIGURE 2.39. Motoo Kimura (jpg) (pdf)

FIGURE 2.42. Kipling’s “Just So Stories” explains how the elephant got his trunk. (jpg) (pdf)