1. The Eukaryotic Cytoskeleton Oct 9 and 11 Organizing compartments, and a whole lot more!

2. Lodish et al, Fig 5-42 Typical animal cell

3. Endoplasmic Reticulum Lodish et al, Fig 5-47

4. Golgi’s Apparatus Lodish et al, Fig 5-49

5. The Secretory Pathway Lodish et al, Fig 5-48

6. Lysosomal Degradation Lodish et al, Fig 5-44

7. Protein Transport: Overview Lodish et al, 17-50

8. BuddingFusion Transport Lodish et al, Fig 17-51, 17-59

9. The eukaryotic cytoskeleton Lodish et al, Fig 19-50

10. Microtubules Lodish et al Fig 19-1, 19-2

11. The MTOC Lodish et al Fig 19-5

12. Microtubule assembly Lodish et al, Fig 19-7

13. Dynamic Instability Lodish et al Fig 19-14

14. Treadmilling

15. Endomembrane organization

16. Melanophore Motility Lodish et al Fig 19-21

17. Kinesin Lodish et al, Fig 19-23

18. Kinesin Vesicle Transport

19. Dynein Vesicle Transport Lodish et al Fig 19-25

20. Flagellar Dyneins Lodish et al Fig 19-30, 19-31

21. The 9+2 Eukaryotic Flagellum

22. Flagellar Beating Lodish et al, Fig 19-27

23. The Flagellar Machine Lodish et al, Fig 19-29

24. Flagellar Assembly Lodish et al Fig 19-33

25. Microfilaments Lodish et al, Fig 18-2

26. Polarity (S1 decoration) Lodish et al fig 18-3, 18-13

27. Localization Lodish et al, Fig 18-1

28. Myosin Lodish et al Fig 18-24

29. Myosin also moves vesicles Lodish et al Fig 18-40 Bundle of microfilaments

30. Muscle Lodish et al Fig 18-24

31. The Sliding Filament Hypothesis Lodish et al Fig 18-29

32. Controlling Contractions Via Troponin/ Tropomyosin (in vivo) Lodish et al Fig 18-32, 18-33a

33. Intermediate filaments Lodish et al Fig 19-51 Keratin

34. Connecting it all: The Macrotrabecular Lattice Lodish et al Fig 19-54

35. After Break: MITOSIS