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Instructor Name

Super admin

Category

Biology

Reviews

5 (1 Rating)

Course Requirements


Course Description

Will I be able to manage the entire course in such a short time? Is scoring an A* practical and possible for me? How much do I need to learn? Is studying from textbook important or notes? How much do I need to write in the exam? I understand the topics but I get stuck when solving the past papers!

If all the above-mentioned concerns sound familiar then you are at the right place. This course will take you through a journey of mastering the art of learning what to know and how much to know for you to ace the maximum grade. 

Enrolling in this course will not only ensure an A* but also give you a worthwhile educational experience beyond what is normally expected. These are not mere claims but have manifested in the excellent results produced by my students over the course of years. Dive with me deep into the course to unleash your true potential and conquer the world of Biology and achieve your dream of scoring A* in your Exam!

Course Curriculum

1 Introduction and syllabus

3min 40 sec to 6min 21 sec


2 Animal Cell drawing and Identification

6min 21 sec to 22min 30 sec


3 Plant Cell drawing and identification

22min 30 sec to 25min 40 sec


4 Mitochondria

5min 20 sec to 11min 1 sec


5 Chloroplast

11min 1 sec to 28min


6 Nucleus

. 28min to 34min 8 sec


7 Endoplasmic Reticulum

34min 8 sec to 44min 50 sec


8 Golgi Bodies

44min 50 sec to 47min 18 sec


9 Golgi bodies (continued)

2min to 3min 48 sec


10 Lysozome

3min 48 sec to 11min 2 sec


11 Ribosomes

11min 2sec to 19min 12 sec


12 Plasmodesmata

19min 12 sec to 22min 10 sec


13 Cell Vacuole

22min 10 sec to 26min 12 sec


14 Cell Wall

26min 12 sec to 34min 30 sec


15 Bacterial Cell

34min 30 sec to 40min 45 sec


16 Comparison Prokaryotic Eukaryotic and Virus

40min 45 sec to 44min 37 sec


17 Centrioles structure and function

3min 50 sec to 24min 55 sec


18 Cilia and Flagella

24min 55 sec to 44min 35 sec


19 Magnification and Conversions

44min 35 sec to end of video


20 Resolution

2min 10 sec to 7min 33 sec


21 Light Microscope

7min 33 sec to 9min 29 sec


22 Electron Microscope

9min 29 sec to 17min 14 sec –


23 Eyepiece graticule and stage micrometer calculations

17min 14 sec to 41min 16sec


1 Macromolecules, monomers and polymers

2min 28 sec to 10min 15 sec


2 Water Polar Molecule

10 min 15 sec to 21min 33 sec


3 Carbohydrates

21min 33 sec to 28min 10 sec


4 Monosaccharides and Glucose

28min 10 sec to 40 min 29 sec


5 Alpha and Beta Glucose

. 2min 27 sec to 5min 49 sec


6 Condensation and Hydrolysis Reactions

5min 49 sec to 10 min 50 sec


7 Disaccharide Maltose

10 min 50 sec to 15min 40 sec


8 Polysaccharide Starch

15min 40 sec to 27min 51 sec


9 Glycogen

27min 51 sec to 29min 32 sec


10 Cellulose

29 min 32 sec to 34min 52 sec


11 Lipids

34min 52 sec to End of Video


12 Amino Acids, Dipeptide and Peptide Bond

2min 40 sec to 9min 36 sec


13 Levels of Proteins: Primary, Secondary, Tertiary and Quaternary

9min 36 sec to 34min 56 sec


14 Globular Proteins

34min 56sec to 38min 7 sec


15 Structural Protein Collogen

3min 53 sec to 13min 52 sec


16 Water Functions

13min 52 sec to 26min 33 sec


17 Food Tests

26min 33 sec to 41min 12 sec


1 Metabolic Reactions and Enzymes

3min 24 sec to 5min 8 seconds


2 Characteristics of Enzymes

5min 8 sec to 20min 39 sec


3 Lock and Key Hypothesis

20min 39 sec to 29min 15 sec


4 Induced Fit Model

29min 15 sec to 34min 47 sec


5 Effect od temperature and pH on Enzymes action

34min 47 sec to 40min 28 sec


6 Effect of enzyme concentration on enzyme action

6min 8 sec to 7min 30 sec


7 Effect of substrate concentration on enzyme action, V max and Km

7min 30 sec to …


8 Effect of substrate concentration on enzyme action, V max and Km (continued)

15min 20 sec to 18min 33 sec


9 Km and Affinities

18min 33 sec to 23min 25 sec


10 Vmax Km and Graphs

6min 5 sec to 9min


11 Competitive Inhibitor

9min to 19min 30 sec


12 Non competitive Inhibitor

19min 30 sec to 23min 55 sec


13 Immobilized Enzymes

23min 55 sec to 26min 30


14 Colorimeter

26min 30 sec to 29 min 55 sec


1 Functions of Membranes

2min 26 sec to 9min 5 sec


2 Structure of a phospholipid

9min 5 sec to 16min 15 sec


3 Arrangement of Phospholipids in a phospholipid bilayer

16min 15 sec to 20min 26 sec


4 Arrangement of Phospholipids in a phospholipid bilayer (Continued)

24min 18 sec to 26min 20sec


5 Fluid Mosaic Model

26min 20 sec to 39min 58 sec


6 Factors affecting membrane fluidity

2min to 22 min 54 sec


7 Types of Membrane proteins

22min 54 sec to 30 min 33 sec


8 Cell Signaling

30min 33 sec to 35min 42 sec


9 Diffusion and facilitated diffusion

2min to 6min 10 sec


10 Osmosis

6min 10 sec 12min 56 sec


11 Water Potential

12min 56 sec to 22min 3 sec


12 Active Transport

22min 3 sec to 25min 8 sec


13 Exocytosis and Endocytosis

25min 8 sec to 31min 42 sec


1 Chromosomes and DNA

2min 22 sec to 6min 5 sec


2 What where and why replication

6min 5 sec to 8min 44 sec


3 Cell Division Mitosis and Meiosis

8min 44sec to 11min 39 sec


4 Cell Cycle and Mitosis

11min 39 sec to 31min 14 sec


5 Importance of Mitosis, Telomeres, Cancer and Stem Cells

31min 14 sec to 43min


1 DNA Nucleotides

1min 50 sec to 9min 50 sec


2 RNA Nucleotides and ATP

9min 50 sec to 15min 14 sec


3 Nitrogenous Bases and complimentary base pairing

15min 14 sec to 26min 14 sec


4 DNA Double Helix Structure

26 min 14 sec to end of video


5 DNA Replication Process

2min 10 sec to 36min 10 sec


6 Semiconservative Replication

2min 50 sec to 4min


7 Universal Genetic Code

4min to 11min 27 sec


8 Transcription

11min 27 sec to 23min 7sec


9 Codons Anticodons Introns Exons and RNA Splicing

23min 7 sec to End of video


10 Transfer RNA

1min 43 sec to 7min 9 sec


11 Translation

7min 9 sec to 15min 4 sec


12 Mutations and frameshift

15min 4 sec to 25min 50 sec


1 How, What and Why is transport needed in plants?

2min 18 sec to 8min 40 sec


2 Leaf

8min 40 sec to 13min 55 sec


3 Xylem and Phloem

13min 55 sec to 20min 56 sec


4 Cross section and Plan Diagram of Stem

20min 56 sec to 27min 36 sec


5 Cross section and Plan Diagram of Root

27min 36 sec to 31min 1 sec


6 Parenchyma Collenchyma and Sclerenchyma

31min 1 sec to End of Video


7 Parenchyma Collenchyma and Sclerenchyma (Continued)

3min 44 sec to 5min 47 sec


8 Cross section and Plan Diagram of Leaf

5min 47 sec to 11min 53 sec


9 Cross section of Stem

11min 53 sec to 12min 54 sec


10 Phloem Structure and Function

12min 54 sec to 29min 50 sec


11 High power diagrmas of Xylem and Phloem

2min 58 sec to 5min 48 sec


12 Water pathways Apoplastic Symplastic

5min 48 sec to 15min 56 sec


13 Cohesion Tension Theory

15min 56 sec to 19min 14 sec


14 Transpiration

19min 14 sec to 22min 55 sec


15 Phloem Loading and Unloading

22min 55 sec to 39min 11 sec


16 Xerophytes

39min 11 sec to 41min 18 sec


17 Example Plan Diagrams

41min 18 sec to 43min 44 sec


1 Closed Double Circulatory System

16 sec to 7min 13 sec


2 Arteries Veins and Capillaries

7min 13 sec to 29min 52 sec


3 Components of Blood

29min 52sec to 30min 32 sec


4 White Blood Cells

30min 32 sec to 32min 53 sec


5 Formation of Tissue fluid

32min 53 sec to 38min


6 Oxygen Dissociation curve

50 sec to 13min 5 sec


7 Bohr’s Effect

13min 5 sec to End of Video


8 Introduction to Heart

. 23 sec to 4min 13 sec


9 Labelling of the parts of the heart

4min 13 sec to 11min 27 sec


10 Cardiac Cycle

11min 27 sec to 28min 31 sec


11 Reasons for differences in Ventricular thickness

28min 31 sec to 33min 25 sec


12 Heart Pressure Graph

33min 25 sec to 39min 49 sec


13 SAN AVN & Heart Action

39min 49 sec to End of Video


1 Alveoli S

3min 17 sec to 9min 40 sec


2 Smooth Muscle Functions in Trachea, Bronchus, Bronchioles and Alveoli

9min 40sec to 21min 10 sec


3 Distribution of Cartilage

21min 10 sec to 28min 18 sec


4 Plan Diagrams

28min 18 sec to 34min 15 sec


5 Ciliated Epithelium and Goblet Cells

34min 15 sec to 37min 4 sec


6 Functions of Elastic Fibres

37min 4 sec to 37min 55 sec


7 Alveolar exchange

37min 55 sec to 44min 15sec


1 Introductory Vocabulary

40 sec to 4min 36sec


2 Cholerae

4min 36 sec to 9min 12 sec


3 Malaria

9min 12 sec to 15min 33 sec


4 HIV AIDS

15min 36 sec to 18min 47 sec


5 Tuberculosis

18min 47 sec to 21min 42


6 Antibiotics and action of penicillin

21min 42 sec to 25min 56 sec


7 Antibiotic Resistance

25min 56 sec to 27min 9 sec


8 Antibiotic and Viruses


1 Internal and External Defence Systems

26 sec to 1min 39 sec


2 White Blood Cells

1min 39 sec to 3min 10 sec


3 Antigens

3min 10 sec to 7min 7 sec


4 Phagocytosis

7min 7 sec to 11min 15 sec


5 Immune Response B Cells

11min 15 sec to 15min 27 sec


6 Primary and Secondary Immune Response

15min 27 sec to 16min 55 sec


7 Antibody Action

18min 28 sec to 20min 50 sec


8 Immune Response T Cells

25min to 32min 5 sec


9 Antibodies in Infant

2min 5 sec to 34min 17 sec


10 Types of Immunity

40 min 46 sec to 46 min


11 Vaccination and Monoclonal Antibodies

46min to 58min 39 sec


Instructor

Administrator

Super admin

Administrator

Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.

5 Rating
1 Reviews
80 Students
7 Courses

Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.

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