1. Integrated Systems Biology PowerPoint Slides for Chapter 1: Information at the Molecular Level by A. Malcolm Campbell, Laurie J. Heyer, and Chris Paradise Sections 1.1 and 1.2 Title Page

2. Six Breeds of One Species Opening Figure

3. Biological Information inter-species Fig. 1.1 b) a) d) c)

4. Photographs of Pneumococcus Strains ab Fig. 1.2

5. Griffith’s Experiments Fig. 1.3

6. Genetic Material Determines Phenotype Fig. 1.4

7. Avery’s Transforming Factor Table 1.1

8. Five Amino Acids Fig. 1.5a

9. Four Nucleotides Fig. 1.5e

10. PowerPoint Slides for Chapter 1: Information at the Molecular Level by A. Malcolm Campbell, Laurie J. Heyer, and Chris Paradise Section 1.3 Title Page Integrating Concepts in Biology

11. Hershey & Chase Experiment Fig. 1.6

12. Hershey & Chase Experiment Fig. 1.7

13. Hershey & Chase Experiment Fig. 1.7b

14. Hershey & Chase Experiment Fig. 1.7

15. Hershey & Chase Experiment Table 1.2

16. Hershey & Chase Experiment Table 1.3

17. Hershey & Chase Results Fig. 1.8

18. Innocence Project ELSI Fig. 1.1

19. 1906 Understanding of Genetics ELSI Fig. 1.2

20. PowerPoint Slides for Chapter 1: Information at the Molecular Level by A. Malcolm Campbell, Laurie J. Heyer, and Chris Paradise Section 1.4 Title Slide Integrating Concepts in Biology

21. RNA and DNA Structures Fig. 1.9

22. Watson and Crick DNA Model Fig. 1.10

23. Chemical Bonds Fig. 1.11

24. Maurice Wilkins’ dataRosalind Franklin’s data X-ray Diffraction of DNA Fig. 1.12

25. Watson & Crick Base Pairs Find their mistake. Fig. 1.13

26. 3 Models of DNA Replication Fig. 1.14

27. Meselson & Stahl Experiments Fig. 1.15

28. Meselson & Stahl Experiments Fig. 1.15g

29. Meselson & Stahl Experiments Fig. 1.16

30. Meselson & Stahl Experiments separate mixed DNA by CsCl gradient Fig. 1.17

31. PowerPoint Slides for Chapter 1: Information at the Molecular Level by A. Malcolm Campbell, Laurie J. Heyer, and Chris Paradise Section 1.5 Title Slide Integrating Concepts in Biology

32. Methylated Bases Fig. 1.18

33. Thin Layer Chromatography Fig. 1.19

34. Bases of Active vs Inactive DNA Fig. 1.20

35. Pharmacological Gene Regulation Fig. 1.21

36. PowerPoint Slides for Chapter 1: Information at the Molecular Level by A. Malcolm Campbell, Laurie J. Heyer, and Chris Paradise Section 1.6 Title Slide Integrating Concepts in Biology

37. DNA Polymerase Activity Table 1.4

38. DNA Polymerase Fidelity Table 1.5

39. DNA Polymerase I vs II Table 1.6

40. Ions Affect DNA Polymerases Table 1.7

41. DNA Polymerase II Capabilities Fig. 1.22

42. DNA Polymerase II Capabilities Fig. 1.22h

43. Purification of DNA pol II separation of E. coli proteins by size and measure for DNA polymerase activity Fig. 1.23

44. DNA Polymerase Specificity Fig. 1.24

45. Priming DNA Polymerase Table 1.8