1
Q
what are the functions of the cell wall?
A
= provides strength for the cell
A-Levels Biology:
flashcards
Decks in class (113)
# Cards
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Biological Molecules: Properties of water12
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Biological Molecules: Roles of Water.5
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Biological Molecules: Monosaccharides9
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Biological Molecules: Alpha and Beta Glucose/4
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Cell Structure: The Structure of Eukaryotic Cells _ prokayrotic cells18
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Cell Structure: The Structure and function of the nucleus.12
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Biological Molecules: Disaccharides9
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Biological Molecules: Structure and properties of starch13
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Testing For Biological Molecules: Reducing sugars.,13
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Cell Structure: Endoplasmatic Reticulum and Golgi Apparatus.16
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Testing For Biological Molecules: Non- Reducing sugars.,5
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Biological Molecules: Structure and function of cellulose.9
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Biological Molecules: Structure and Properties of Glycogen8
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Biological Molecules: Triglycerides15
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Biological Molecules:Phospholipids.8
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Biological Molecules: Amino Acids.11
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Cell Structure: Cell Fractionation15
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Cell Structure: Mitochondria5
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BIOLOGY MATHS CONVERSIONS AND EQUATIONS;6
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Cell Structure: The Cell wall.1
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Microscopy:11
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Cell Structure: Vacuole in Cells.6
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Biological Molecules: Protien Structure 110
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Biological Molecules: Protien Structure 25
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Using a colorimeter to quantify glucose 1:11
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IRRELEVANT15
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Biological Molecules: Bonding in protiens.11
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Globular Proteins:10
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Fibrous Proteins:14
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Cell Division: Cell division by mitosis9
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Cell Division: Stages of mitosis8
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Testing For Biological Molecules: Protein and Lipids2
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Using a colorimeter to quantify glucose 2:14
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Enzymes: Structure + factors10
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Enzymes: Induced fit theory model + lock and key5
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Enzymes: Competitive inhibitor5
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enzymes: Non-Competitive Inhibitors:5
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Chloroplasts:12
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Enzymes: Effect of temperature on enzyme controlled reactions5
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Enzymes: The Effect of pH on Enzymes4
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Fluid Mosaic Model of cell membrane14
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Membrane Proteins:10
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Nucleotides:15
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Structure of DNA and RNA:12
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DNA replication:8
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Semi-Conservational + Conservational replication:15
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Diffusion:12
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ATP:8
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Osmosis + Water potential:6
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Facilitated Diffusion:8
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Active Transport:6
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Co-Transport:9
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The Effects of Osmosis on Animal and Plant Cells":2
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Gcse context for immunity:3
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Immunity:14
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Immune response:15
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Transcription:13
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Translation:18
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Monoclonal antibodies:8
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ELIZA TESTS5
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Antibodies@6
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Specific structure of antibodies:8
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Uses of monoclonal antibodies:5
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Producing Monoclonal antibodies:4
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Vaccinations:10
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HIV:6
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HIV STRUCTURE + replication8
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Cell Division By Meisosis11
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Stages of Meiosis16
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Surface Area volume ratio2
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Exchange in insectd13
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Exhange in bony fish8
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Gas Exchange in Mammals"11
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Breathing in humand7
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Why do plants need an specialised transport system?0
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Mutations10
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Structure and gas exchange in a leaf:6
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Microcopes: types11
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Cell Division: Eukaryotic cells and prokaryotic cells2
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Haemoglobin and the Oxygen Dissociation Curve6
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Digestion20
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The Human Circulatory System16
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Arteries and Arteriole6
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Structure and Function of Capillaries5
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Tissue Fluid and Lymph Fluid8
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Lysosomes:4
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Structure and function of veins5
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Structure of the human heart11
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Function and Formation of TISSUE FLUID: A level Biology. How it is formed and reabsorbed10
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Cardiac Cycle5
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Lipid Digestion & Absorption8
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cardiac cycle graphs- pressure side4
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Cardiac cycle graphs- volume graph1
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Atp15
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Structure of HAEMOGLOBIN and Oxyhaemoglobin dissociation curves.14
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structure of haemoglobin3
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Structure of red blood cells0
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human gas exchange19
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insect gas exchange16
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fish gas exchange9
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Transpiration and cohesion tension theory13
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GENETIC DIVERSITY & NATURAL SELECTION:13
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courtship behavior11
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Mass transport of sucrose15
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classfication9
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Roots9
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chromosome mutations6
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speciation5
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types of variation2
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gene mutations2
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controlled reactions2
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enzye related graphs and practicals3
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graph related calculations0
