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Day Date Reading Topic T 10/15 no class – October Vacation

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Presentation on theme: "Day Date Reading Topic T 10/15 no class – October Vacation"— Presentation transcript:

1 Day Date Reading Topic T 10/15 no class – October Vacation Th 10/17 More plant development T 10/22 Ch. 8 Mechanisms of morphogenesis Th 10/24 More morphogenesis T 10/29 Ch. 10 Cell differentiation Th 10/31 Happy Halloween! Stem cells T 11/5 quiz on Flowering video handout Ch. 11 Organogenesis Th 11/7 More Organogenesis T 11/12 Th 11/14 Ch. 12 Development of the nervous system T 11/19 EXAM 2 Chapters 2, 7, 8, 10 Drosophila, plants, cell biology, differentiation Th 11/21 Ch. 9 The saga of the germ cell T 11/26 More on reproduction Your term paper is due at the beginning of class on Tuesday, 11/26 Th 11/28 no 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.

2 Chapter 8: Morphogenesis
Morphogenesis involves: extracellular matrix cell adhesion molecules cytoskeleton

3 Chapter 8: Morphogenesis
Morphogenesis involves: cytoskeleton, cell adhesion molecules, ECM

4 Major components of the cytoskeleton:
Microfilaments actin polymers 1) cell migration 2) cell shape changes Microtubules tubulin polymers movements inside cell mitotic spindle Intermediate filaments polymers of proteins like lamins for example

5 8.6 planes of cleavage

6 8.4 planes of cleavage

7 an old handout

8 Major components of the cytoskeleton:
Microfilaments actin polymers 1) cell migration 2) cell shape changes Microtubules tubulin polymers movements inside cell mitotic spindle Intermediate filaments polymers of proteins like lamins for example

9 Box 8A

10 8.18 apical constriction

11 8.33 neural crest cells

12 Epithelial to mesenchymal transition =
The cell switches from being part of a sheet of cells (epithelium) to being just a kind of loose cell Mesenchyme = a very general term referring to mesoderm cells that are still deciding what to become.

13 Box 8A

14 8.17 filopodia micrograph

15 8.36 neural crest pathways

16 8.37 dorsal root ganglion

17 filopodium filopidia lamellipodium lamellipodia

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