1. Day DateReadingTopic T10/15no class – October Vacation Th10/17More plant development T10/22Ch. 8Mechanisms of morphogenesis Th10/24More morphogenesis T10/29Ch. 10Cell differentiation Th10/31 Happy Halloween!Stem cells T11/5quiz on Flowering video handout Ch. 11Organogenesis Th11/7More Organogenesis T11/12 Th11/14Ch. 12Development of the nervous system T11/19EXAM 2Chapters 2, 7, 8, 10 Drosophila, plants, cell biology, differentiation Th11/21Ch. 9 The saga of the germ cell T11/26More on reproductionYour term paper is due at the beginning of class on Tuesday, 11/26 Th11/28no class – Thanksgiving Break Also remember there are two, short writing assignments, each worth 20 points. Pick any topic in developmental biology (except your term paper topic) and learn more about it. Then write a two page paper and include all the sources you used (those can include any sources including web sites, newspapers, TV, etc). These are due anytime.

3. Chapter 8: Morphogenesis Morphogenesis involves: extracellular matrix cell adhesion molecules cytoskeleton

4. Chapter 8: Morphogenesis Morphogenesis involves: cytoskeleton, cell adhesion molecules, ECM

5. 8.2 unmixing cells

6. 8.1 separating amphibian cells

7. http://www.youtube.com/watch?v=SvtDMo7fjAc

8. Box 8B http://en.wikipedia.org/wiki/Integrin http://en.wikipedia.org/wiki/IgSF_CAM http://en.wikipedia.org/wiki/Cadherin

9. 8.15 sea urchin gastrulation

10. not in book

12. Hyaluronic acid is in the jelly coat ECM

13. Chondroitin sulfate is a proteoglycan component of a variety of ECM

14. 8.16 sea urchin gastrulation 2

15. 8.20 sea urchin endoderm extension

16. 8.15 sea urchin gastrulation

17. Box 8C

18. 8.24 Xenopus gastrulation

19. 8.26 convergent extension

20. Box 8C

22. Box 8C non-canonical Wnt pathway

23. 7.16 filopodia micrograph Filopodia, migration, actin, microfilaments

24. 7.23 Xenopus gastrulation cell shape, actin, microfilaments, convergent extension, epiboly

25. Hyaluronic acid extracellular matrix (ECM), sea urchin jelly coat

26. Ch. 10: Cell Differentiation, Stem Cells

27. 10.1 differentiation

28. 10.23 neural crest derivatives

29. Fig. 10.19 Fate Specify Determined (committed) Differentiate = the cell becomes the final cell type differentiation is irreversible

30. Fig. 10.19 “master regulators” like MyoD are transcription factors that can cause cells to become determined when the gene is expressed.