A Level Biology

Introduction

After finish and taking IGCSE Biology or equivalent level, learners can continue A Level Biology to build on their knowledge on the field of Biology with current theoretical concepts, applications and a strong emphasis on advanced practical skills of Biology. A Level Biology is ideal for learners who want to pursue post-baccalaureate study in universities or follow a career in science, contributing to human development.

Objectives

Systematize the core knowledge of the subject

Become familiar with most
A Level exam formats

Reduce pressure and study time

Improve scores effectively

Enhance independant thinking

Create a solid foundation for higher education

Characteristics

Quality teachers with extensive knowledge about students psychology

Teaching programs are based on international standards

Exclusive materials that closely follow the A Level formats

Personalized teaching method according to student progress

Commitment on A Level pass grade

Coursework completion support

Course content

Topic 1: Cell structure

1.1 Why cells?

1.2 Cell biology and microscopy

1.3 ..................................

Topic 2: Biological molecules

2.1 The building blocks of life

2.2 Monomers, polymers and macromolecules

2.3 ..................................

Topic 3: Enzymes

3.1 Mode of action of enzymes

3.2 Factors that affect enzyme action

3.3 ..................................

Topic 4: Cell membranes and transport

4.1 Phospholipid

4.2 Structure of membranes

4.3 ..................................

Topic 5: The mitotic cell cycle

5.1 Chromosomes

5.2 Mitosis

5.3 ..................................

Topic 6: Nucleic acid and protein synthesis

6.1 The structure of DNA and RNA

6.2 DNA replication

6.3 ..................................

Topic 7: Transport in plants

7.1 The transport needs of plants

7.2 Two systems: xylem and phloem

7.3 ..................................

Topic 8: Transport in mammals

8.1 Transport systems in animals

8.2 The mammalian cardiovascular system

8.3 ..................................

Topic 9: Gas exchange

9.1 Gas exchange

9.2 Lungs

9.3 ..................................

Topic 10: Infectious diseases

10.1 Worldwide importance of infectious diseases

10.2 Cholera

10.3 ..................................

Topic 11: Immunity

11.1 Defence against diseases

11.2 Cells of the immune system

11.3 ..................................

Topic 12: Energy and respiration

12.1 The need for energy in living organisms

12.2 Work

12.3 ..................................

Topic 13: Photosynthesis

13.1 An energy transfer process

13.2 The light dependent reactions of photosynthesis

13.3 ..................................

Topic 14: Homeostasis

14.1 Internal environment

14.2 Control of homeostatic mechanisms

14.3 ..................................

Topic 15: Control and coordination

15.1 Nervous communication

15.2 Muscle contraction

15.3 ..................................

Topic 16: Inherited change

16.1 Homologous chromosomes

16.2 Two types of nuclear division

16.3 ..................................

Topic 17: Selection and evolution

17.1 Variation

17.2 Natural selection

17.3 ..................................

Topic 18: Classification, biodiversity and conservation

18.1 Ecosystems

18.2 Biodiversity

18.3 ..................................

Topic 19: Genetic technology

19.1 Genetic engineering

19.2 Tools for the gene technologist

19.3 ..................................

Choose a form of study

Small class

Private tutoring group

1 plus 1

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