Course curriculum

    1. 1. Introduction

    2. 2. Cell membrane

    3. Exercise 1

    4. Exercise 2

    5. 3. Nucleus

    6. 4. Mithochondrion

    7. 5. Rough endoplasmic reticulum

    8. Exercise 3

    9. Exercise 4

    10. 6. Smooth endoplasmic reticulum

    11. Exercise 5

    12. 7. Golgi apparatus

    13. 8. Ribosome

    14. 9. Lysosome

    15. 10. Cytoskeleton

    16. Exercise 6

    17. 11. Centrioles

    18. Exercise 7

    19. 12. Cilia

    20. Exercise 8

    21. Exercise 9

    22. 13. Microvilli

    23. Exercise 10

    24. 14. Chloroplast

    25. 15. Cell wall

    26. 16. Plasmodesmata

    27. Exercise 11

    28. 17. Large central vacuole

    29. Exercise 12

    30. Exercise 13

    31. 18. Prokaryotes

    32. Exercise 14

    33. Exercise 15

    34. 19. Features of prokaryotes

    35. 20. ATP

    36. 21. ATP Part B

    37. Exercise 16

    38. Exercise 17

    39. 22. Comparing prokaryotes and eukaryotes

    40. 23. Virus

    41. Exercise 18

    42. Exercise 19

    1. 1. Introduction

    2. 2. Magnification

    3. 3. Resolution

    4. 4. Light microscope

    5. 5. Light microscopy principles

    6. 6. Advantages and disadvantages of light microscope

    7. Exercise 1

    8. Exercise 2

    9. 7. Light microscope images

    10. 8. Electron microscope

    11. 9. Electron microscopy principles

    12. Exercise 3

    13. 10. Advantages and disadvantages of Electron microscope

    14. 11. Electron microscope images

    15. 12. Calculating magnification (Case 1)

    16. Exercise 4

    17. 13. Calculating magnification (Case 2)

    18. 14. Calculating magnification (Case 3)

    19. 15. Calibration

    20. 16. Measuring cell

    21. 17. Plan Diagrams

    22. 18. Good Plan Diagrams

    1. 1. Introduction

    2. Exercise 1

    3. 2. Simple Diffusion (Part 1)

    4. Exercise 2

    5. 3. Simple Diffusion (Part 2)

    6. Exercise 3

    7. Exercise 4

    8. 4. Facilitated Diffusion

    9. Exercise 5

    10. Exercise 6

    11. 5. Osmosis

    12. Exercise 7

    13. 6. Water Potential

    14. Exercise 8

    15. Exercise 9

    16. 7. Effects of osmosis on animal cell

    17. Exercise 10

    18. 8. Effects of osmosis on plant cell

    19. Exercise 11

    20. 9. Active transport

    21. 10. Endocytosic

    22. Exercise 12

    23. 11. Exocytosis

    1. 1. Introduction

    2. Exercise 1

    3. 2. The Human Gas Exchange system

    4. Exercise 2

    5. 4. Cartilage

    6. Exercise 4

    7. 5. Smooth Muscles

    8. Exercise 5

    9. 6. Elastic fibres

    10. Exercise 6

    11. 7. Ciliated epithelium

    12. Exercise 7

    13. 8. Goblet cells

    14. Exercise 8

    15. 9. Alveolus

    16. 10. Distribution of tissues

    17. 11. Gas Exchange

    18. Exercise 9

    19. 12. Adaptations of Alveoli

    20. Exercise 10

    21. 13. Exchange of gases at alveoli

    22. Exercise 11

About this course

  • 109 lessons