How Genes Organized on Chromosomes- Linkage, Recombination, Mapping

Lecture Description

Course Description

General introduction to cell structure and function, molecular and organismal genetics, animal development, form and function.

Course Index

1. General Biology 1A- Lecture 1
2. General Biology 1A- Lecture 2
3. Lecture 3: Cell structure and organization -#1
4. Cell structure and organization -#2
5. Energy and ATP
6. Enzyme structures and mechanisms
7. Cell membrane structure and transpor
8. Regulation of enzymatic activity
9. Introduction to bioenergetics
10. Cellular energy production - anaer
11. Cellular energy production - aerobic
12. Photosynthesis - the light reaction
13. Photosynthesis - CO2 fixation and r
14. How Somatic Cells - Mitosis - and G
15. The Laws that Govern the Inheritanc
16. How Genes Organized on Chromosomes- Linkage, Recombination, Mapping
17. Genes Are Made Of DNA
18. Gene Expression I - DNA is transcri
19. Gene Expression II - RNA is transla
20. Regulation of Gene Expression
21. Regulation of Gene Expression
22. Viruses, Bacteria, Plasmids, Transposons
23. Eukaryote genome structure and evolution
24. Chromatin
25. How To Isolate Study and Use Genes
26. Genetic Regulation of Development
27. Multi-cellularity: Cell and tissue
28. Homeostasis: Digestion and nutrition
29. Homeostasis: Circulation
30. Homeostasis: Respiration
31. Homeostasis: Immune system
32. Homeostasis: Osmoregulation
33. Integration: Hormones and Chemical
34. Integration: Sex and reproduction
35. Integration: Nerve cells and excita
36. Integration: Muscle cells and motil
37. Integration: Nervous system
38. Integration: Special senses
39. Review 1
40. Review 2