Foundation Biology

206 lessons across 69 topics

1. Course Skills Developed

2. Topic focus

3. Lesson 1(DOT)1(COLON) What Biology Studies and the Scientific Method

4. Lesson 1(DOT)2(COLON) Water and Inorganic Ions

5. Lesson 1(DOT)3(COLON) Carbohydrates

6. Lesson 1(DOT)4(COLON) Lipids

7. Lesson 1(DOT)5(COLON) Proteins and Enzymes

8. Lesson 1(DOT)6(COLON) Laboratory Safety, Biological Drawing and Practical Skills

9. Topic focus

10. Lesson 2(DOT)1(COLON) The Cell Theory and Eukaryotic Cell Ultrastructure

11. Lesson 2(DOT)2(COLON) Prokaryotic Cells and Viruses

12. Lesson 2(DOT)3(COLON) Microscopy and Cell Fractionation

13. Lesson 2(DOT)4(COLON) Magnification, Scale and Measurement Calculations

14. Lesson 2(DOT)5(COLON) Specialised Cells, Tissues and Stem Cells

15. Topic focus

16. Lesson 3(DOT)1(COLON) The Fluid Mosaic Membrane

17. Lesson 3(DOT)2(COLON) Diffusion, Facilitated Diffusion and Osmosis

18. Lesson 3(DOT)3(COLON) Active Transport, Endocytosis and Exocytosis

19. Lesson 3(DOT)4(COLON) Practical(COLON) Investigating Osmosis and Water Potential

20. Topic focus

21. Lesson 4(DOT)1(COLON) Nucleic Acids(COLON) DNA and RNA Structure

22. Lesson 4(DOT)2(COLON) Semi-Conservative DNA Replication

23. Lesson 4(DOT)3(COLON) The Genetic Code and Transcription

24. Lesson 4(DOT)4(COLON) Translation and Protein Synthesis

25. Lesson 4(DOT)5(COLON) The Cell Cycle and Mitosis

26. Lesson 4(DOT)6(COLON) Meiosis and Genetic Variation

27. Topic focus

28. Lesson 5(DOT)1(COLON) ATP and the Currency of Energy

29. Lesson 5(DOT)2(COLON) Glycolysis and the Link Reaction

30. Lesson 5(DOT)3(COLON) The Krebs Cycle and Oxidative Phosphorylation

31. Lesson 5(DOT)4(COLON) Anaerobic Respiration

32. Lesson 5(DOT)5(COLON) Photosynthesis(COLON) The Light-Dependent Reactions

33. Lesson 5(DOT)6(COLON) Photosynthesis(COLON) The Calvin Cycle and Limiting Factors

34. Topic focus

35. Lesson 6(DOT)1(COLON) Levels of Organisation and Exchange Surfaces

36. Lesson 6(DOT)2(COLON) Plant Organisation and Transport Tissues

37. Lesson 6(DOT)3(COLON) Water Transport in Plants(COLON) Transpiration and the Cohesion-Tension Theory

38. Lesson 6(DOT)4(COLON) Translocation in the Phloem

39. Lesson 6(DOT)5(COLON) The Gas Exchange System

40. Lesson 6(DOT)6(COLON) The Heart and Circulatory System

41. Lesson 6(DOT)7(COLON) Blood, Haemoglobin and Oxygen Transport

42. Lesson 6(DOT)8(COLON) The Digestive System

43. Lesson 6(DOT)9(COLON) The Nervous System and the Nerve Impulse

44. Lesson 6(DOT)10(COLON) The Endocrine System and Hormonal Coordination

45. Lesson 6(DOT)11(COLON) The Urinary System and Kidney Function

46. Lesson 6(DOT)12(COLON) The Human Reproductive System

47. Lesson 6(DOT)13(COLON) Disease and the Immune System

48. Topic focus

49. Lesson 7(DOT)1(COLON) The Principle of Homeostasis and Negative Feedback

50. Lesson 7(DOT)2(COLON) Thermoregulation

51. Lesson 7(DOT)3(COLON) Control of Blood Glucose

52. Lesson 7(DOT)4(COLON) Osmoregulation and Water Balance

53. Topic focus

54. Lesson 8(DOT)1(COLON) Genes, Alleles and Monohybrid Inheritance

55. Lesson 8(DOT)2(COLON) Codominance, Multiple Alleles and Sex Linkage

56. Lesson 8(DOT)3(COLON) Variation and Mutation

57. Lesson 8(DOT)4(COLON) Natural Selection and Evolution

58. Lesson 8(DOT)5(COLON) Population Genetics and the Hardy-Weinberg Principle

59. Lesson 8(DOT)6(COLON) Biodiversity, Classification and Ecology

60. Lesson 8(DOT)7(COLON) DNA Technology and Its Applications

61. Topic focus

62. Lesson 9(DOT)1(COLON) Learning at a UK University(COLON) Lectures, Seminars and Independent Study

63. Lesson 9(DOT)2(COLON) Critical Reading of Scientific Sources

64. Lesson 9(DOT)3(COLON) Academic Writing(COLON) Structure, Style and Argument

65. Lesson 9(DOT)4(COLON) Referencing, Citation and Academic Integrity

66. Lesson 9(DOT)5(COLON) Communicating Data(COLON) Tables, Graphs and Statistics

67. Lesson 9(DOT)6(COLON) The Scientific Report(COLON) Planning and Writing the Coursework

68. Lesson 9(DOT)7(COLON) Seminars, Discussion and Academic Presentations

69. Lesson 9(DOT)8(COLON) The Independent Research Project