1. Developmental Biology
The Development of a Frog
Zebrafish embryo development - 24 hours in 46 seconds
human development
From 0:30 onward
Drosophila embriogenesis
Nematodo Embriogenesis
Figures\Chapter02\DevBio7e02010.jpg

2. Developmental Biology
Who are the students?
Not plant sci.?
M.S. in . . .
Note Book site.
Note Web site.
WEDNESDAYS:
Targil: HOW we do developmental biology
-Techinques, later. . . reading papers
SUNDAYS:
Lecture: WHAT is development,
and WHY does it work,
MECHANISTICALLY and MOLECULARLY
Figures\Chapter02\DevBio7e02010.jpg

3. Figure 2.21 Major Evolutionary Divergences in Extant Animals
Figures\Chapter02\DevBio7e02210.jpg

4. Figure 2.21 Major Evolutionary Divergences in Extant Animals
Figures\Chapter02\DevBio7e02210.jpg

5. The course primarily addresses development of urbilaterian descendents
The course primarily addresses development of urbilaterian descendents. All reflect on the ancestor-differences are details.

6. Figure 2.21 Major Evolutionary Divergences in Extant Animals
Figures\Chapter02\DevBio7e02210.jpg

7. TRIPLOBLASTS,
BILATERIANS
Versus:
ALSO:
Not Plants

8. Figure 2.1 Developmental History of the Leopard Frog, Rana pipiens
Figures\Chapter02\DevBio7e02010.jpg

9. All animals have related developmental histories

11. Embryology vs. Developmental Biology

12. Figure 3.14 Roux’s Attempt to Demonstrate Mosaic Development
Figures\Chapter03\DevBio7e03140.jpg

13. Figure 3.15 Driesch’s Demonstration of Regulative Development
Figures\Chapter03\DevBio7e03150.jpg

14. Figure 1.7(1) Fate Map of the Tunicate Embryo
Figures\Chapter01\DevBio7e01071.jpg

16. Figure 3.8 Autonomous Specification in the Early Tunicate Embryo
Figures\Chapter03\DevBio7e03080.jpg

17. Acetylcholinesterase in the Progeny of the Muscle Lineage Blastomeres
Figures\Chapter03\DevBio7e03090.jpg

18. Figure 3.10 Microsurgery on Tunicate Eggs
Figures\Chapter03\DevBio7e03100.jpg

19. Figure 3.11 Conditional Specification
Figures\Chapter03\DevBio7e03110.jpg

22. Trasplantation

23. Genetic manipulation

25. The paradox of genomic equivalence

26. Figure 4.7 A Clone of Xenopus laevis Frogs
Figures\Chapter04\DevBio7e04070.jpg

27. Figure 4.8(1) Cloned Mammals, Whose Nuclei Came From Adult Somatic Cells
Figures\Chapter04\DevBio7e04081.jpg

28. Figure 4.8(2) Cloned Mammals, Whose Nuclei Came From Adult Somatic Cells
Figures\Chapter04\DevBio7e04082.jpg

29. Figure 4.8(3) Cloned Mammals, Whose Nuclei Came From Adult Somatic Cells
Figures\Chapter04\DevBio7e04083.jpg

30. Figure 3.14 Roux’s Attempt to Demonstrate Mosaic Development
Figures\Chapter03\DevBio7e03140.jpg

32. Movie of divisions, frog

35. Not great
2 minutes to 5 minutes