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Biology
Genetics and Genomics
Drosophila and C. elegans Genetics and Development
1. Introduction to Model Organisms in Developmental Genetics
2. Drosophila melanogaster Biology and Life Cycle
3. Drosophila Genome Organization and Chromosomes
4. Classical Drosophila Genetics
5. Modern Drosophila Molecular Techniques
6. Drosophila Embryonic Axis Formation
7. Drosophila Gastrulation and Germ Layer Formation
8. Drosophila Segmentation and Homeotic Genes
9. Drosophila Imaginal Disc Development
10. Drosophila Metamorphosis
11. Caenorhabditis elegans Biology and Life Cycle
12. C. elegans Invariant Cell Lineage
13. C. elegans Genome and Genetics
14. C. elegans Early Development and Cell Fate Specification
15. C. elegans Organogenesis
16. C. elegans Programmed Cell Death
17. Conserved Developmental Signaling Pathways
18. Transcriptional Control in Development
19. Post-Transcriptional Regulation
20. Cell Biology of Development
21. Disease Modeling and Human Relevance
22. Aging and Longevity Research
23. Behavioral Genetics
24. Systems Biology Approaches
25. Evolutionary Developmental Biology
14.
C. elegans Early Development and Cell Fate Specification
14.1.
Polarity Establishment
14.1.1.
Anterior-Posterior Axis
14.1.2.
PAR Protein Localization
14.1.3.
Cytoplasmic Flows
14.2.
First Cell Division
14.2.1.
Asymmetric Division
14.2.2.
AB and P1 Cell Formation
14.2.3.
Fate Determinants
14.3.
Early Cell Fate Decisions
14.3.1.
Autonomous Specification
14.3.2.
Conditional Specification
14.3.3.
Maternal Determinants
14.3.4.
Cell-Cell Signaling
14.4.
Gastrulation
14.4.1.
Cell Movements
14.4.2.
Germ Layer Formation
14.4.3.
Tissue Organization
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13. C. elegans Genome and Genetics
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15. C. elegans Organogenesis