| Part 1 - Cell Biology and Energetics |
1
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Molecules of life
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2
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The chemistry of life
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3
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Functioning cells
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4
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Movement across membranes
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5
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Harvesting energy
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6
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Cells, tissues and signals
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7
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Cell division
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| Part 2 - Genetics and Molecular Biology |
8
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Inheritance
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9
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Genes, chromosomes and DNA
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10
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The genetic code
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11
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Gene expression
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12
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Genomes, mutation and cancer
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13
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Genetic engineering and biotechnology
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| Part 3 - Plant Form and Function |
14
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Reproduction, growth and development of flowering plants
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15
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Structure of plants
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16
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Plant nutrition, transport and adaptation to stress
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17
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Plant hormones and growth responses
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| Part 4 - Animal Form and Function |
18
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Animal reproduction
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19
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Animal development
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20
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Animal and human nutrition
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21
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Gas exchange in animals
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22
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Circulation
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23
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Water, solutes and excretion
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24
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Innate defences and the immune system
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25
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Hormonal control in animals
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26
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Nervous systems
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27
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Animal movement
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28
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Animal behaviour
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29
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Animals responding to environmental stress
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| Part 5 - Evolution and Biodiversity |
30
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Evolving life
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31
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Evolving earth
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32
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Mechanisms of evolution
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33
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Bacteria
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34
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Viruses
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35
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The protists
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36
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Plants
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37
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Fungi
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38
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Simple animals: sponges to flatworms
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39
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Annelids, molluscs, nematodes and arthropods
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40
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Echinoderms and chordates
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| Part 6 - Ecology |
41
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Australian biota
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42
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Population ecology
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43
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Living in communities
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44
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Ecosystems
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45
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Human impacts
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2005
McGraw-Hill Australia