Topics All units Unit 1 Unit 2 Unit 4 Unit 5
Topic 1 Molecules, transport and healthTopic 2 Membranes, proteins, DNA and gene expressionTopic 3 Cell structure, reproduction and developmentTopic 4 Plant structure, biodiversity and conservationTopic 5 Energy flow, ecosystems and the environmentTopic 6 Microbiology, immunity and forensicsTopic 7 Respiration, muscles and the internal environmentTopic 8 Coordination, response and gene technology
No topic ticked: the deck uses every topic shown.
Specification points (optional) 1.1 Water as a transport solvent1.2 Saccharides and energy stores1.4 Glycosidic bonds: condensation and hydrolysis1.5 Triglycerides and saturation1.6 Why mass transport is needed1.7 Arteries, veins and capillaries1.8 Cardiac cycle and heart structure1.9 Haemoglobin, dissociation and the Bohr effect1.10 Atherosclerosis sequence1.11 Clotting cascade in CVD1.12 CVD risk factors1.13 Dietary antioxidants and CVD1.14 Vitamin C in food and drink1.15 Illness data: correlation and causation1.16 Evaluating health-risk studies1.17 Perceived risk versus actual risk1.18 Cholesterol, HDL and LDL1.19 Using evidence to cut CHD risk1.20 CVD treatments: benefit and risk2.1 Gas exchange surfaces and Fick’s law2.2 Membrane structure and models2.3 Membrane permeability practical2.4 Osmosis and water potential2.5 Passive, active and bulk transport2.6 Amino acids to protein structure2.7 Enzyme action and location2.8 Initial rate of enzyme reactions2.9 Nucleotides, DNA and RNA2.10 Semi-conservative replication2.11 The genetic code2.12 What a gene is2.13 Transcription and translation2.14 Mutations and their effects2.15 Monohybrid inheritance and sex linkage2.16 Cystic fibrosis as a gene-expression problem2.17 Genetic screening uses2.18 Ethics of genetic screening3.1 Cells as a shared organisation3.2 Tissues, organs, systems3.3 Eukaryotic ultrastructure3.4 rER and Golgi in protein export3.5 Prokaryotic ultrastructure3.6 Recognising organelles on EM3.7 Magnification, resolution and staining3.8 Light microscopy and scale3.9 Locus and linkage3.10 Meiosis and variation3.11 Mammalian gamete specialisation3.12 Mammalian fertilisation sequence3.13 Flowering-plant fertilisation3.14 Mitosis and the cell cycle3.15 Root-tip squash for mitosis3.16 Mitotic index3.17 Stem cells and therapies3.18 Differential gene expression3.19 One gene, more than one protein3.20 Genotype, environment and epigenetics3.21 Multiple alleles, polygenes and continuous variation4.1 Plant cell ultrastructure4.2 Plant organelles on EM4.3 Starch and cellulose4.4 Cell walls, xylem and fibres4.5 Xylem, phloem and sclerenchyma4.6 Plan diagrams of plant organs4.7 Plant fibres and starch for sustainability4.8 Water and mineral ions in plants4.9 Tensile strength of plant fibres4.10 Conditions for bacterial growth4.11 Plant antimicrobials4.12 Antimicrobial properties of plants4.13 How drug testing developed4.14 Classification and three domains4.15 Variety of life under threat4.16 Biodiversity and endemism4.17 Species richness and heterozygosity4.18 Index of diversity D4.19 Niche and adaptations4.20 Hardy–Weinberg, selection and isolation4.21 Zoos and seed banks5.1 Overall reaction of photosynthesis5.2 ATP: photophosphorylation and hydrolysis5.3 Light-dependent reactions5.4 Light-independent reactions and the Calvin cycle5.5 Chloroplast structure and photosynthesis5.6 Absorption and action spectra5.7 Chloroplast pigment chromatography and Rf5.8 Core practical 10: rate of photosynthesis5.9 GPP, NPP and plant respiration5.10 Efficiency of trophic transfers5.11 Population, community, habitat and ecosystem5.12 Biotic and abiotic control of distribution5.13 Niche, distribution and abundance5.14 Quadrat and transect study5.15 Succession to climax5.16 Evidence for climate change5.17 Anthropogenic greenhouse effect5.18 Carbon cycle and reducing CO₂5.19 Climate models and their limits5.20 Climate change and organisms5.21 Temperature, enzymes and Q105.22 Temperature and development5.23 Evolution by mutation and selection5.24 Isolation and speciation5.25 Who draws the climate conclusion5.26 Reforestation, biofuels and conflict of needs6.1 Aseptic culture of microorganisms6.2 Measuring microbial growth6.3 Bacterial growth curve6.4 Growth rate in liquid culture6.5 Bacteria vs viruses6.6 TB and HIV infection6.7 Entry routes and barriers6.8 Non-specific responses6.9 Antigens and antibodies6.10 B cells and T cells6.11 Types of immunity6.12 Evolutionary race6.13 Bacteriostatic vs bactericidal6.14 Antibiotic effect on bacteria6.15 Hospital-acquired infection codes6.16 Microbes, decay and carbon6.17 PCR amplification6.18 Gel electrophoresis6.19 DNA profiling6.20 Time of death7.1 Aerobic respiration overview7.2 Glycolysis7.3 Link reaction and Krebs7.4 Oxidative phosphorylation7.5 Fate of lactate7.6 Respiratory quotient7.7 Redox indicator in yeast7.8 Respirometer rate and RQ7.9 Muscles, tendons, ligaments, skeleton7.10 Skeletal muscle fibre types7.11 Sliding filament theory7.12 Myogenic heart and Purkyne pathway7.13 Cardiac output and ventilation control7.14 Adrenaline in fight or flight7.15 Exercise and spirometer traces7.16 Negative and positive feedback7.17 Homeostasis in exercise7.18 Kidney structure7.19 Urea and ultrafiltration7.20 Selective reabsorption and countercurrent7.21 ADH and osmoregulation7.22 Transcription factors and hormones8.1 Neurone types and myelin8.2 From stimulus to effector8.3 Spinal reflex arc8.4 Action potential along an axon8.5 Saltatory conduction8.6 Synapses and the pupil8.7 Drugs on synapses8.8 Rod cells and rhodopsin8.9 Habituation8.10 CNS and PNS8.11 Plant growth regulators8.12 Amylase in germinating grains8.13 Nervous vs hormonal coordination8.14 Main brain regions8.15 Imaging the brain8.16 Brain chemicals and illness8.17 Drugs from GM organisms8.18 Making recombinant DNA8.19 Inserting recombinant DNA8.20 Microarrays and active genes8.21 Bioinformatics8.22 Risks and benefits of GMOs
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