Looking for more study guides & notes to pass Biology (MCBG1001)? Find more study material on our Biology (MCBG1001) overview page

Summary

Summary Meiosis and sexual life cycles

Summary of biology first year notes. Applicable to all first year biology courses (not university specific). Made by a straight distinction student.

[Show more]

Preview 2 out of 6 pages

View example

isabelleboles Member since 3 year 49 documents sold

Also available in bundle (3)

First Year Biology Notes part 1

$ 86.66 $ 18.57 28 items

1. Summary - Photosynthesis
2. Summary - Linked genes, epistasis, polygenes and genome imprinting
3. Summary - Pedigree analysis and chromosome theory of inheritance
4. Summary - Mendelian genetics
5. Summary - Meiosis and sexual life cycles
6. Summary - Meiosis
7. Summary - The cell cycle
8. Summary - Mitosis
9. Summary - Chromosomes and the karyotype
10. Summary - Protein synthesis
11. Summary - Dna as the genetic material
12. Summary - The cell at the molecular level - proteins
13. Summary - The extracellular matrix and inter-cellular junctions
14. Summary - The cytoskeleton
15. Summary - The micro structure of cells
16. Summary - Prokaryotic cells and the evolution of eukaryotic cells
17. Summary - How we study cells
18. Summary - Energy and metabolism
19. Summary - Energy and life
20. Summary - Introduction to metabolism
21. Summary - Cellular signalling
22. Summary - Membrane transport
23. Summary - Membrane structure
24. Summary - Lipids
25. Summary - The cell at the molecular level - carbohydrates
26. Summary - Enzymes
27. Summary - Cellular respiration and fermentation
28. Summary - Anaerobic respiration and fermentation

First year biology (Whole year)

$ 130.00 $ 30.95 42 items

1. Summary - Anaerobic respiration and fermentation
2. Summary - Enzymes
3. Summary - Cellular respiration and fermentation
4. Summary - The cell at the molecular level - carbohydrates
5. Summary - Lipids
6. Summary - Membrane structure
7. Summary - Membrane transport
8. Summary - Introduction to metabolism
9. Summary - Energy and life
10. Summary - How we study cells
11. Summary - Prokaryotic cells and the evolution of eukaryotic cells
12. Summary - The micro structure of cells
13. Summary - The cytoskeleton
14. Summary - The extracellular matrix and inter-cellular junctions
15. Summary - The cell at the molecular level - proteins
16. Summary - Dna as the genetic material
17. Summary - Protein synthesis
18. Summary - Mitosis
19. Summary - Chromosomes and the karyotype
20. Summary - The cell cycle
21. Summary - Meiosis
22. Summary - Meiosis and sexual life cycles
23. Summary - Mendelian genetics
24. Summary - Pedigree analysis and chromosome theory of inheritance
25. Summary - Linked genes, epistasis, polygenes and genome imprinting
26. Summary - Photosynthesis
27. Summary - Introduction and functions of circulatory system
28. Summary - Open circulatory system
29. Summary - Closed circulatory system
30. Summary - Components of a closed circulatory system
31. Summary - The mammalian heart
32. Summary - The reptilian circulatory system
33. Summary - Patterns in pressure and structure of vessels
34. Summary - The mammalian fetal heart
35. Summary - The lymphatic system
36. Summary - How the heart beats
37. Summary - Control of cardiac output
38. Summary - Control of blood flow in vessels
39. Summary - Introduction to respiration
40. Summary - Aquatic respiration
41. Summary - Energy and metabolism
42. Summary - Cellular signalling

Biology First Year

$ 130.00 $ 12.38 42 items

1. Summary - Anaerobic respiration and fermentation
2. Summary - Cellular respiration and fermentation
3. Summary - Enzymes
4. Summary - The cell at the molecular level - carbohydrates
5. Summary - Lipids
6. Summary - Membrane structure
7. Summary - Membrane transport
8. Summary - Cellular signalling
9. Summary - Introduction to metabolism
10. Summary - Energy and life
11. Summary - Energy and metabolism
12. Summary - How we study cells
13. Summary - Prokaryotic cells and the evolution of eukaryotic cells
14. Summary - The micro structure of cells
15. Summary - The cytoskeleton
16. Summary - The extracellular matrix and inter-cellular junctions
17. Summary - The cell at the molecular level - proteins
18. Summary - Dna as the genetic material
19. Summary - Protein synthesis
20. Summary - Chromosomes and the karyotype
21. Summary - Mitosis
22. Summary - The cell cycle
23. Summary - Meiosis
24. Summary - Meiosis and sexual life cycles
25. Summary - Mendelian genetics
26. Summary - Pedigree analysis and chromosome theory of inheritance
27. Summary - Linked genes, epistasis, polygenes and genome imprinting
28. Summary - Photosynthesis
29. Summary - Introduction and functions of circulatory system
30. Summary - Open circulatory system
31. Summary - Closed circulatory system
32. Summary - Components of a closed circulatory system
33. Summary - The mammalian heart
34. Summary - Patterns in pressure and structure of vessels
35. Summary - The reptilian circulatory system
36. Summary - The mammalian fetal heart
37. Summary - The lymphatic system
38. Summary - How the heart beats
39. Summary - Control of cardiac output
40. Summary - Control of blood flow in vessels
41. Summary - Introduction to respiration
42. Summary - Aquatic respiration

$ 3.10

Also available in bundle from $12.38

Add to cart Add to wishlist

100% Money Back Guarantee
Download is directly available
Better prepared for your exams

isabelleboles Member since 3 year 49 documents sold

Summarized whole book? Unknown
Uploaded on July 29, 2020
Number of pages 6
Written in 2019/2020
Type Summary

The benefits of buying summaries with Stuvia:

Guaranteed quality through customer reviews

Stuvia customers have reviewed more than 450,000 summaries. This how you know that you are buying the best documents.

Quick and easy check-out

You can quickly pay through credit card or Stuvia-credit for the summaries. There is no membership needed.

Focus on what matters

Your fellow students write the study notes themselves, which is why the documents are always reliable and up-to-date. This ensures you quickly get to the core!