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Biology AQA A-Level
> 3.5: Cell Specialisation > Flashcards
3.5: Cell Specialisation Flashcards
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AP® Biology
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Biology 101
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Biology AQA A-Level
(94 decks)
1.2: Carbohydrates - Monosaccharides
15.2: The nerve Impulse
1.3: Carbohydrates - disaccharides
H
5.1: Defence Mechanisms
5.2: Phagocytosis
5.3: T-Lymphocytes and Cell-Mediated immunity
5.4: B Lymphocytes and humoural immunity
5.5: Antibodies
5.6: Vaccination
6.1: Exchange with the environment
6.2: Gas exchange in singe-celled organisms and insects
6.3: Gas exchange in fish
6.4: Gas exchange in the leaf of a plant
7.1: Haemoglobin
7.4: The structure of the Heart
7.5: The Cardiac Cycle
8.4: Protein Synthesis - Transcription
8.5: Protein Synthesis - Translation
10.1: Species and Taxonomy
Recombinant DNA Technology
Homeostasis - blood glucose
Transport across Membranes
12.1: Glycolysis
12.2: Link Reaction & Krebs Cycle
12.3: Oxidative Phosphorylation
12.4: Anaerobic Respiration
15.1: Neurones and nervous coordination
20.1: Gene mutations
20.2: Stem cells and totipotency
20.3: Regulation of transcription and translation
20.4: Epigenetic control of gene expression
20.5: Gene Expression and Cancer
20.6: Genome Projects
13.1: Food chains and Energy Transfer
13.2: Energy transfer and Productivity
18.1: Population Genetics
18.2: Variation in Phenotype
14.5: Control of Heart rate
18.3: Natural Selection
19.1: Populations and Ecosystems
19.2 Variation in Population Size
19.3. Competition
19.4: Predation
14.1: Response to Stimuli
10.2: Diversity within a Community
14.2: Plant Growth Factors
1.4: Starch, Glycogen and Cellulose
1.5: Lipids
1.6. Proteins
1.7: Enzyme Action
1.8: Factors affecting enzyme action
1.9: Enzyme Inhibition
2.1: Structure of RNA and DNA
2.2: DNA replication
2.3: Energy and ATP
2.4: Water and its functions
3.1: Methods of studying cells
3.2: The electron microscope
3.3: Microscopic measurements and Calculations
3.4: Eukaryotic Cell Structure
3.5: Cell Specialisation
3.6: Prokaryotic cells and Viruses
3.7: Mitosis
3.8: The cell cycle
4.1: Structure of the cell surface membrane
4.2: Diffusion
4.3: Osmosis
4.4: Active Transport
4.5: Co-Transport and absorption of glucose in the Ileum
5.7: Human immunodeficiency virus (HIV)
6.5: Limiting Water Loss
6.6: Structure of the human gas-exchange system
6.7: The Mechanism of Breathing
6.8: Exchange of gases in the Lungs
6.9: Enzymes and Digestion
6.10: Absorption of the products of digestion
7.2: Transport of oxygen by Haemoglobin
7.3: Circulatory system of a mammal
7.6: Blood vessels and their functions
7.7: Transport of water in the xylem
7.8: Transport of organic molecules in the phloem
7.9: Investigating transport in plants
8.1: Genes and the triplet code
8.2: DNA and Chromosomes
8.3: The structure of ribonucleic acid
9.1: Mutations
9.2: Meiosis and genetic variation
11.3: Photosynthesis: The Light-independent reaction
7.6: Tissue fluid formation
13.4: Uses of Natural and Artificial fertilisers
13.5: Environmental issues concerning nitrogen containing fertilisers
10.3. Species diversity and human activities
10.4: Investigating Diversity
