Manishaa – AQA A-Level Biology Online Course 2020

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Exploring the Essential Features of “Manishaa – AQA A-Level Biology Online Course 2020”

The Online Revision Platform Guaranteed to get you A* in AQA A-Level Biology

Let me ask you a few questions,

• Are you stuck indoors due to COVID-19?
• Are you in Year 11 with GCSEs cancelled and want to get a head start?
• Are you in Year 12 and struggling to motivate yourself to revise for A-Levels?

If the answer to any of these questions is “yes”, then you’ve come to the right place – a self-study online course for AQA A-Level Biology and Chemistry

Introduction
A-Level Biology is HARD, there’s no denying it! Trying to cram all the theory, memorising all the practicals and applying it all to exam technique – they don’t make it easy. It’s no wonder that only 8% last year scored the top A* grade required by many universities 😩- Many missed out on their university and had to reapply.

How would you feel if there was a revision tool that mapped out the entire specification in a scientifically-proven method of getting results? A tool which showed you how to perfect exam technique and had a bank of all possible questions AQA have asked from 2003 🤔

That’s why we’ve build this course with videos, textbooks, flashcards, past papers and more. 🧬🔬

Best of all, it has been verified and certified by the UK’s Leading AQA A-Level Biology Examiners 👨‍🏫

What does our course include?

• Access to both AQA A-Level Biology and Chemistry

• 100 Video Tutorials for all parts of AQA Specification

• Revision Notes for Every Chapter with Exclusive Examiner Tips

• Past Paper Compilations by Topic and Spec

• 5000+ Flashcards

No more spending ages looking for past papers or hours trying to learn a topic that isn’t explained well in the official textbook. 🙌 

Next Steps

Do you want to take your chances with just reading a textbook and doing some past papers or do you want to go the extra mile by covering all your bases to secure your A* and your dream university?

So, enrol onto our course today and start your journey towards an A* in A-Level Biology! 🚀

Course Curriculum

1. Biological Molecules (Content: Videos + Flashcards + Textbook)
1.1 Monomers and Polymers(5:38)
1.2 Carbohydrates(16:05)
1.3 Lipids(7:49)
1.4 Proteins(10:08)
1.5 DNA and RNA(10:30)
1.6 ATP(5:29)
1.7 Water(9:37)
1.8 Inorganic Ions(7:19)

1. Biological Molecules (Exam Technique: Examiner’s Tips + Past Papers)
1.1 Monomers and Polymers
1.2 Carbohydrates
1.3 Lipids
1.4 Proteins
1.5 ATP
1.6 Nucleic Acids
1.7 Water
Want personalised help? Sign up for 1-1 Tutoring(2:34)

2a. Cells (Content: Videos + Flashcards + Textbook)
2.1.1 Structure of Eukaryotic Cells(5:35)
2.1.2 Cell Organelles(27:01)
2.1.3 Structure of Prokaryotes and Viruses(8:23)
2.1.4 Methods of Studying Cells(18:45)
2.1.5 Cell Division, Cell Cyle and Mitosis(16:08)
2.1.6 Binary Fission and Viral Replication(4:17)
2.1.7 Investigating Mitosis(8:04)
2.1.8 Structures of Cell Membranes(15:51)
2.1.9 Transport Across Cell Membranes(21:38)

2a. Cells (Exam Technique: Examiner’s Tips + Past Papers))
2.1.1 Eukaryotic Cells
2.1.2 Organelles
2.1.3 Prokaryotes and viruses
2.1.4 studying cells
2.1.5 Cell Division
2.1.6 Binary Fission
2.1.7 Investigating Mitosis

2b. Immunity
2.2.1 Antigens and Self Tolerance(8:39)
2.2.2 Phagocytosis(6:32)
2.2.3 Adaptive Immune Response(7:36)
2.2.4 Antibodies(9:41)
2.2.5 Types of Immunity and Vaccination(8:06)
2.2.6 HIV(9:32)

2b. Immunity (Exam Technique: Examiner’s Tips + Past Papers))
2.2.1 Antigen and Self Tolerance
2.2.2 Phagocytosis
2.2.3 Adaptive immunity
2.2.4 Antibodies
2.2.5 Immunity and Vaccinations
2.2.6 HIV

3. Exchange Between Organisms
3.1 Surface Area to Volume Ratio(5:05)
3.2a Gas Exchange(13:09)
3.2b Gas Exchange(20:27)
3.2c Gas Exchange(4:04)
3.3a Digestion and Transport(11:52)
3.3b Digestion and Transport(5:36)
3.3c Digestion and Transport(7:40)

3. Exchange between Organisms (Exam Technique: Examiner’s Tips + Past Papers))
3.1 Surface area to volume ratio
3.2 Gas Exchange
3.3 Digestion and Absorption
3.4.1 Mass transport in animals
3.4.2 Mass Transport in Plants

4. DNA and Genes
4.1 DNA, Genes and Chromosomes(16:31)
4.2 DNA and Protein Synthesis(17:36)
4.3 Mutations(8:07)
4.4 Meiosis(15:25)
4.5 Evolution and Natural Selection(11:57)
4.6 Species and Taxonomy(13:10)
4.7 Biodiversity within a community(11:51)
4.8. Investigating Biodiversity(11:33)

4 Genetic information, variation and relationships (Examiner Tutorials)
4.1 Genes, DNA and Chromosomes
4.2 DNA and Protein Synthesis
4.3 Mutations
4.4 Genetic diversity and adaptationkey
4.5 Species and Taxonomy
4.6 biodiversity within a community
4.7 Investigating diversity

5 Energy transfers in and between organisms (A-level only)
5.1 Photosynthesis(33:10)
5.2 Respiration(33:36)
5.3 Energy and Ecosystems(14:20)
5.4 Nutrient Cycles

5 Energy transfers in and between organisms (Examiner Tutorials)
5.1 Photosynthesis
5.2 Respiration
5.3 Energy and Ecosystems
5.4 Nutrient Cycles

6 Organisms respond to changes in their internal and external environments (A-level only)
6.1.1 Survival and Response(13:22)
6.1.2 Receptors(8:26)
6.1.3 Control of Heart Rate(9:38)
6.2.1 Nerve Impulses(14:52)
6.2.2 Synaptic Transmission(14:46)
6.3 Skeletal Muscle Effectors(15:39)
6.4.1 Principles of Homeostasis and Negative Feedback(17:37)
6.4.2 Control of Blood Glucose Concentration(22:50)
6.4.3 Control of Blood Water Potential(19:55)

6 Organisms respond to changes in their internal and external environments (Examiner Tutorials)
6.1.1 Survival and Response
6.1.2 Receptors
6.1.3. Control of Heart Rate key
6.2.1 Nervous Impulses
6.2.2 Synaptic Transmission
6.3 skeletal muscles key
6.4.1 negative feedback
6.4.2 Blood Glucose
6.4.3 Control of Blood Water Concentration

7 Genetics, populations, evolution and ecosystems (A-level only)
7.1 Inheritance(18:49)
7.2 Populations(7:34)
7.3 Evolution may lead to speciation(19:23)
7.4 Populations in Ecosystems(21:48)

7 Genetics, populations, evolution and ecosystems (Examiner Tutorials and Past Papers)
7.1 Inheritance
7.2 Populations
7.3 evolution leading to speciation
7.4. populations in ecosystems key

8 The control of gene expression (Exam Technique: Examiner’s Tips + Past Papers)
8.3 Using genome projects
8.1 alteration of base sequence
8.2.1 Most of the cells in the DNA is not translated
8.2.2 Control of transcription and translation
8.2.3 gene expression
8.4.2 DNA probes
8.4.3 genetic fingerprinting
8.4.1 Recombinant DNA

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