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Mahony Science
Working Scientifically
Scientific Method Standards (How to write up an experiment)
Graphs & Tables
Scientific Theory v Law
Year 7
Welcome to Science!
STUDY TIPS!
Year 8
Welcome to Science!
Fish & Polar Bears!
1.LIVING SYSTEMS (Biology)
LS 14 - Human Impacts on Ecosystems
LS 15 - Environmental Impacts on Ecosystems
LS 16 - Living Systems in Context
2.PERIODIC TABLE & ATOMIC STRUCTURE (Chemistry)
PT&AS 1 - Classifying Elements
PT&AS 2 - Elements, Compounds and Alloys in Action
PT&AS 3 - Matter is Made of Atoms
PT&AS 4 - Changing Ideas of the Atom
PT&AS 5 - The Periodic Table
PT&AS 6 - Organisation of Elements in the Periodic Table
PT&AS 7 - Common Compounds
PT&AS 8 - Development of the Periodic Table
PT&AS 9 - Periodic Table & Atomic Structure in Context
3.CHANGE (Chemistry & Earth)
Change 1 - Types of Energy
Change 2 - Energy Transfer
Change 3 - Energy Change
Change 4 - Systems in Energy
Change 5 - Physical & Chemical Change
Change 6 - Representing Chemical Change
Change 7 - Chemical Changes in Everyday Life
LAB - Cellular Respiration (Yeast in Balloons)
Change 8 - Energy Changes in Chemical Reactions
Change 9 - Earth's Structure
Change 10 - Evidence for Plate Tectonics
Change 11 - What Causes Tectonic Plates to Move?
Change 12 - Earthquakes
Change 13 - Volcanoes
Change 14 - ATSI accounts of Earthquakes & Volcanoes
Change 15 - Minerals
Change 16 - Rock Cycle
Change 17 - Igneous Rocks
Change 18 - Metamorphic Rocks
Change 19 - Sedimentary Rocks
Change 20 - Fossils
**Change 21 - History in The Rocks
**Change 22 - Change in Context
4.DATA SCIENCE
STUDY TIPS!
Year 9
Welcome to Science!
1.ENERGY (Physics)
Energy 1a - What is Energy
Energy 1b - Law of Conservation of Energy
Energy 2 - Energy Efficiency
Energy in Food Prac
Energy 3 - Sources of Energy
Energy 4 - Electrical Energy Generation
Energy 5 - Circuits
Fruit & Vege Batteries
Energy 6 - Energy in Electric Circuits
Energy 7 - Ohm's Law
Energy 8 - Series & Parallel Circuits
Energy 9 - Electrical Appliance Efficiency
Energy 10 - Optimising Energy Use
Energy 11 - Global Future Energy Needs
Energy 12- Energy in Context
2.DISEASE (Biology)
Disease 1 - Homeostasis
Disease 2 - Feedback Loops
Disease 3 - Nervous & Endocrine System
Disease 4 - Infectious Diseases
Disease 5 - Non - Infectious Diseases
Disease 6 - Infectious Disease Transmission
Disease 7 - Epidemics, Endemics & Pandemics
Disease 8 - The Immune System
Disease 9 - How Vaccination Works
Disease 10 - Controlling NID
Disease 11 - Controlling ID
Disease 12 - The Use of Bush Medicine
Disease 13 - Immunisation Programmes
3.MATERIALS (Chemistry)
Chemical Equations
Revision
Materials 1 - What is a Resource?
Materials 2 - How have FNP used minerals?
Materials 3 - Mining Australian Resources
Materials 4 - The impacts of Extracting Resources
Materials 5 - Chemical Bonding
4.ENVIRONMENTAL SUSTAINABILITY (Earth & Environ Science)
ES1 - Principles & Goals
STUDY TIPS!
Year 10
Welcome to Science!
Fish & Polar Bears!
2.REACTIONS
Reactions 1 - The law of conservation of mass and chemical reactions
How to write Chemical Formulae
Reactions 2 - Naming Chemical Compounds
Reactions 3 - Constructing Chemical Equations
Reactions 4 - Synthesis & Decomposition Reactions
Reactions 5 - Displacement Reactions
Reactions 6 - Acids, Bases, pH
Reactions 7 - Neutralisation and other reactions of acids
Reactions 8 - Rate of reaction: collision theory
Reactions 9 - Reactions 9 - Factors that affect rate of reactions
Reactions 10 - Nuclear reactions and the big bang
Reactions 11 - Radioactive isotopes
Reactions 12 - Half‑life of radioactive isotopes
Reactions 13 - Reactions 13 - Uses of radioisotopes
Reactions 14 - Nuclear fission and nuclear fusion
Reactions 15 - Environmental impacts of nuclear reactions
Qualitative Analysis (Mystery Displacement)
Study Tips & Revision
Year 11
MODULE 1 - Cells as The Basis of Life
The Cell Theory
Prokaryotes & Eukaryotes
Microscopes
Cell Organelles
Cell Membranes
Cell Transport
Endocytosis, Exocytosis, Tonicity & SA:V
Energy (ATP)
Cell Requirements
Photosynthesis
Cellular Respiration
Enzymes
MODULE 2 - Organisation of Living Things
Unicellular, Colonial & Multicellular Organisms
Cell Differentiation & Specialisation
Animals - Tissues, Organs & Organ Systems
Hierarchy
Plants - Tissues, Organs & Organ Systems
The Structure of Autotrophs
Xylem & Phloem
Tracing Products of Photosynthesis
Gas Exchange
Trace Digestion in Mammals
Comparison Gas & Nutrient Requirements.
Transport Systems
MODULE 3 - Biological Diversity
Abiotic & Biotic Factors
Distribution & Abundance
Adaptations
MODULE 4 - Ecosytem Dynamics
Sampling Techniques
Impacts of Abiotic Factors
Impact of Biotic Factors on the Ecosystem
Study Tips & Revision
11 Bio Depth Study - Narrabeen Rock Pools
Year 12
MODULE 5 - Heredity
Intro to Plant Reproduction
Intro to Reproductive Systems
5.1 Reproduction in plants (asexual & sexual)
5.2 Asexual Reproduction (binary, fission, spores, budding)
5.3 Internal & External Fertilisation
5.4 Fertilisation, Implantation & Hormonal Control
5.5 Reproduction in Agriculture
5.6 Mitosis
5.7 Meiosis
5.8 DNA Replication
5.9 Continuity of Species (genetic link)
5.10 DNA of Prokaryotes & Eukaryotes
5.11 Transcription & Translation
5.12 mRNA & tRNA
5.13 Function & Importance of Polypep Synthesis
5.14 Genes, Environment & Phenotypes
5.15 Structure & Function of Proteins
5.16 Modelling Meiosis, Fertilisation & Mutations
5.17 Punnet's - Mendel's Monohybrid Crosses
5.18 Sex-link, co-dom, incomp dom, multiple alleles (predict variations)
5.20 Allele Frequency & SNP's
5.21 DNA Profiling & Sequencing
5.22 Population Genetics
MODULE 6 - Genetic Change
6.1a Mutagens
6.1 Genetic Variation - Meiosis, Mutation & Fertilisation
6.2 Point Mutations
6.3 Chromosomal Mutations
6.4 Somatic v Germline
6.5 Coding & Non-Coding DNA
6.5a Gene Flow, Genetic Drift & Gene Pool
6.6 Uses of Biotech (past, present, future)
6.6a Social Implications & Ethical Uses
6.7 Future Directions of Biotech
6.8 Inducing Genetic Change, AI, AP
6.9 Cloning
6.10 Recombinant DNA in Ag & Medicine
6.11 Ag, Medical, Industry, Biotech, Social, Economic &. Cultural
6.12 Social, Economic & Cultural contexts
MODULE 7 - Infectious Disease
Causes of Infectious Diseases
Transmission of Disease
Microbial Testing of Food & Water
Adaptations of Pathogens
Pasteur & Koch
Plant Disease in Agriculture
Animal Disease in Agriculture
Plant Responses to Infections
Animal Responses to Pathogens (innate immunity)
Immunity
Local, Regional & Global Spread
Preventing The Spread
Environmental Mgmt & Quarantine
Malaria
Diverse Strategies of Treatment
Indigenous Medicine & Smoke Bush
Revision Booklet
MODULE 8 - Non-infectious Diseases & Disorders
8.1 - Homeostasis
8.2 - Adaptations
8.3 - Hormonal & Neural pathways
8.4 - Plants & Water Balance
8.5 - Non Infectious Diseases
8.6 - Incidence & Prevalence of Disease
8.7 - Epidemiology Patterns
8.8 - Tx, Mgmt & Future Direction of Disease
8.9 - Evaluation of method & benefit
8.10 - Prevention by Public Campaigns & Genetic Engineering
8.11 - The Ear & Hearing Loss and Assistive Technologies
8.12 - The Eye & Visual Disorders
8.13 - The Kidney & Dialysis
8.14 - Efficacy of Medical Tech
STUDY TIPS!
NESA Verbs
Science is Awesome
Mahony Science
Working Scientifically
Scientific Method Standards (How to write up an experiment)
Graphs & Tables
Scientific Theory v Law
Year 7
Welcome to Science!
STUDY TIPS!
Year 8
Welcome to Science!
Fish & Polar Bears!
1.LIVING SYSTEMS (Biology)
LS 14 - Human Impacts on Ecosystems
LS 15 - Environmental Impacts on Ecosystems
LS 16 - Living Systems in Context
2.PERIODIC TABLE & ATOMIC STRUCTURE (Chemistry)
PT&AS 1 - Classifying Elements
PT&AS 2 - Elements, Compounds and Alloys in Action
PT&AS 3 - Matter is Made of Atoms
PT&AS 4 - Changing Ideas of the Atom
PT&AS 5 - The Periodic Table
PT&AS 6 - Organisation of Elements in the Periodic Table
PT&AS 7 - Common Compounds
PT&AS 8 - Development of the Periodic Table
PT&AS 9 - Periodic Table & Atomic Structure in Context
3.CHANGE (Chemistry & Earth)
Change 1 - Types of Energy
Change 2 - Energy Transfer
Change 3 - Energy Change
Change 4 - Systems in Energy
Change 5 - Physical & Chemical Change
Change 6 - Representing Chemical Change
Change 7 - Chemical Changes in Everyday Life
LAB - Cellular Respiration (Yeast in Balloons)
Change 8 - Energy Changes in Chemical Reactions
Change 9 - Earth's Structure
Change 10 - Evidence for Plate Tectonics
Change 11 - What Causes Tectonic Plates to Move?
Change 12 - Earthquakes
Change 13 - Volcanoes
Change 14 - ATSI accounts of Earthquakes & Volcanoes
Change 15 - Minerals
Change 16 - Rock Cycle
Change 17 - Igneous Rocks
Change 18 - Metamorphic Rocks
Change 19 - Sedimentary Rocks
Change 20 - Fossils
**Change 21 - History in The Rocks
**Change 22 - Change in Context
4.DATA SCIENCE
STUDY TIPS!
Year 9
Welcome to Science!
1.ENERGY (Physics)
Energy 1a - What is Energy
Energy 1b - Law of Conservation of Energy
Energy 2 - Energy Efficiency
Energy in Food Prac
Energy 3 - Sources of Energy
Energy 4 - Electrical Energy Generation
Energy 5 - Circuits
Fruit & Vege Batteries
Energy 6 - Energy in Electric Circuits
Energy 7 - Ohm's Law
Energy 8 - Series & Parallel Circuits
Energy 9 - Electrical Appliance Efficiency
Energy 10 - Optimising Energy Use
Energy 11 - Global Future Energy Needs
Energy 12- Energy in Context
2.DISEASE (Biology)
Disease 1 - Homeostasis
Disease 2 - Feedback Loops
Disease 3 - Nervous & Endocrine System
Disease 4 - Infectious Diseases
Disease 5 - Non - Infectious Diseases
Disease 6 - Infectious Disease Transmission
Disease 7 - Epidemics, Endemics & Pandemics
Disease 8 - The Immune System
Disease 9 - How Vaccination Works
Disease 10 - Controlling NID
Disease 11 - Controlling ID
Disease 12 - The Use of Bush Medicine
Disease 13 - Immunisation Programmes
3.MATERIALS (Chemistry)
Chemical Equations
Revision
Materials 1 - What is a Resource?
Materials 2 - How have FNP used minerals?
Materials 3 - Mining Australian Resources
Materials 4 - The impacts of Extracting Resources
Materials 5 - Chemical Bonding
4.ENVIRONMENTAL SUSTAINABILITY (Earth & Environ Science)
ES1 - Principles & Goals
STUDY TIPS!
Year 10
Welcome to Science!
Fish & Polar Bears!
2.REACTIONS
Reactions 1 - The law of conservation of mass and chemical reactions
How to write Chemical Formulae
Reactions 2 - Naming Chemical Compounds
Reactions 3 - Constructing Chemical Equations
Reactions 4 - Synthesis & Decomposition Reactions
Reactions 5 - Displacement Reactions
Reactions 6 - Acids, Bases, pH
Reactions 7 - Neutralisation and other reactions of acids
Reactions 8 - Rate of reaction: collision theory
Reactions 9 - Reactions 9 - Factors that affect rate of reactions
Reactions 10 - Nuclear reactions and the big bang
Reactions 11 - Radioactive isotopes
Reactions 12 - Half‑life of radioactive isotopes
Reactions 13 - Reactions 13 - Uses of radioisotopes
Reactions 14 - Nuclear fission and nuclear fusion
Reactions 15 - Environmental impacts of nuclear reactions
Qualitative Analysis (Mystery Displacement)
Study Tips & Revision
Year 11
MODULE 1 - Cells as The Basis of Life
The Cell Theory
Prokaryotes & Eukaryotes
Microscopes
Cell Organelles
Cell Membranes
Cell Transport
Endocytosis, Exocytosis, Tonicity & SA:V
Energy (ATP)
Cell Requirements
Photosynthesis
Cellular Respiration
Enzymes
MODULE 2 - Organisation of Living Things
Unicellular, Colonial & Multicellular Organisms
Cell Differentiation & Specialisation
Animals - Tissues, Organs & Organ Systems
Hierarchy
Plants - Tissues, Organs & Organ Systems
The Structure of Autotrophs
Xylem & Phloem
Tracing Products of Photosynthesis
Gas Exchange
Trace Digestion in Mammals
Comparison Gas & Nutrient Requirements.
Transport Systems
MODULE 3 - Biological Diversity
Abiotic & Biotic Factors
Distribution & Abundance
Adaptations
MODULE 4 - Ecosytem Dynamics
Sampling Techniques
Impacts of Abiotic Factors
Impact of Biotic Factors on the Ecosystem
Study Tips & Revision
11 Bio Depth Study - Narrabeen Rock Pools
Year 12
MODULE 5 - Heredity
Intro to Plant Reproduction
Intro to Reproductive Systems
5.1 Reproduction in plants (asexual & sexual)
5.2 Asexual Reproduction (binary, fission, spores, budding)
5.3 Internal & External Fertilisation
5.4 Fertilisation, Implantation & Hormonal Control
5.5 Reproduction in Agriculture
5.6 Mitosis
5.7 Meiosis
5.8 DNA Replication
5.9 Continuity of Species (genetic link)
5.10 DNA of Prokaryotes & Eukaryotes
5.11 Transcription & Translation
5.12 mRNA & tRNA
5.13 Function & Importance of Polypep Synthesis
5.14 Genes, Environment & Phenotypes
5.15 Structure & Function of Proteins
5.16 Modelling Meiosis, Fertilisation & Mutations
5.17 Punnet's - Mendel's Monohybrid Crosses
5.18 Sex-link, co-dom, incomp dom, multiple alleles (predict variations)
5.20 Allele Frequency & SNP's
5.21 DNA Profiling & Sequencing
5.22 Population Genetics
MODULE 6 - Genetic Change
6.1a Mutagens
6.1 Genetic Variation - Meiosis, Mutation & Fertilisation
6.2 Point Mutations
6.3 Chromosomal Mutations
6.4 Somatic v Germline
6.5 Coding & Non-Coding DNA
6.5a Gene Flow, Genetic Drift & Gene Pool
6.6 Uses of Biotech (past, present, future)
6.6a Social Implications & Ethical Uses
6.7 Future Directions of Biotech
6.8 Inducing Genetic Change, AI, AP
6.9 Cloning
6.10 Recombinant DNA in Ag & Medicine
6.11 Ag, Medical, Industry, Biotech, Social, Economic &. Cultural
6.12 Social, Economic & Cultural contexts
MODULE 7 - Infectious Disease
Causes of Infectious Diseases
Transmission of Disease
Microbial Testing of Food & Water
Adaptations of Pathogens
Pasteur & Koch
Plant Disease in Agriculture
Animal Disease in Agriculture
Plant Responses to Infections
Animal Responses to Pathogens (innate immunity)
Immunity
Local, Regional & Global Spread
Preventing The Spread
Environmental Mgmt & Quarantine
Malaria
Diverse Strategies of Treatment
Indigenous Medicine & Smoke Bush
Revision Booklet
MODULE 8 - Non-infectious Diseases & Disorders
8.1 - Homeostasis
8.2 - Adaptations
8.3 - Hormonal & Neural pathways
8.4 - Plants & Water Balance
8.5 - Non Infectious Diseases
8.6 - Incidence & Prevalence of Disease
8.7 - Epidemiology Patterns
8.8 - Tx, Mgmt & Future Direction of Disease
8.9 - Evaluation of method & benefit
8.10 - Prevention by Public Campaigns & Genetic Engineering
8.11 - The Ear & Hearing Loss and Assistive Technologies
8.12 - The Eye & Visual Disorders
8.13 - The Kidney & Dialysis
8.14 - Efficacy of Medical Tech
STUDY TIPS!
NESA Verbs
Science is Awesome
More
Working Scientifically
Scientific Method Standards (How to write up an experiment)
Graphs & Tables
Scientific Theory v Law
Year 7
Welcome to Science!
STUDY TIPS!
Year 8
Welcome to Science!
Fish & Polar Bears!
1.LIVING SYSTEMS (Biology)
LS 14 - Human Impacts on Ecosystems
LS 15 - Environmental Impacts on Ecosystems
LS 16 - Living Systems in Context
2.PERIODIC TABLE & ATOMIC STRUCTURE (Chemistry)
PT&AS 1 - Classifying Elements
PT&AS 2 - Elements, Compounds and Alloys in Action
PT&AS 3 - Matter is Made of Atoms
PT&AS 4 - Changing Ideas of the Atom
PT&AS 5 - The Periodic Table
PT&AS 6 - Organisation of Elements in the Periodic Table
PT&AS 7 - Common Compounds
PT&AS 8 - Development of the Periodic Table
PT&AS 9 - Periodic Table & Atomic Structure in Context
3.CHANGE (Chemistry & Earth)
Change 1 - Types of Energy
Change 2 - Energy Transfer
Change 3 - Energy Change
Change 4 - Systems in Energy
Change 5 - Physical & Chemical Change
Change 6 - Representing Chemical Change
Change 7 - Chemical Changes in Everyday Life
LAB - Cellular Respiration (Yeast in Balloons)
Change 8 - Energy Changes in Chemical Reactions
Change 9 - Earth's Structure
Change 10 - Evidence for Plate Tectonics
Change 11 - What Causes Tectonic Plates to Move?
Change 12 - Earthquakes
Change 13 - Volcanoes
Change 14 - ATSI accounts of Earthquakes & Volcanoes
Change 15 - Minerals
Change 16 - Rock Cycle
Change 17 - Igneous Rocks
Change 18 - Metamorphic Rocks
Change 19 - Sedimentary Rocks
Change 20 - Fossils
**Change 21 - History in The Rocks
**Change 22 - Change in Context
4.DATA SCIENCE
STUDY TIPS!
Year 9
Welcome to Science!
1.ENERGY (Physics)
Energy 1a - What is Energy
Energy 1b - Law of Conservation of Energy
Energy 2 - Energy Efficiency
Energy in Food Prac
Energy 3 - Sources of Energy
Energy 4 - Electrical Energy Generation
Energy 5 - Circuits
Fruit & Vege Batteries
Energy 6 - Energy in Electric Circuits
Energy 7 - Ohm's Law
Energy 8 - Series & Parallel Circuits
Energy 9 - Electrical Appliance Efficiency
Energy 10 - Optimising Energy Use
Energy 11 - Global Future Energy Needs
Energy 12- Energy in Context
2.DISEASE (Biology)
Disease 1 - Homeostasis
Disease 2 - Feedback Loops
Disease 3 - Nervous & Endocrine System
Disease 4 - Infectious Diseases
Disease 5 - Non - Infectious Diseases
Disease 6 - Infectious Disease Transmission
Disease 7 - Epidemics, Endemics & Pandemics
Disease 8 - The Immune System
Disease 9 - How Vaccination Works
Disease 10 - Controlling NID
Disease 11 - Controlling ID
Disease 12 - The Use of Bush Medicine
Disease 13 - Immunisation Programmes
3.MATERIALS (Chemistry)
Chemical Equations
Revision
Materials 1 - What is a Resource?
Materials 2 - How have FNP used minerals?
Materials 3 - Mining Australian Resources
Materials 4 - The impacts of Extracting Resources
Materials 5 - Chemical Bonding
4.ENVIRONMENTAL SUSTAINABILITY (Earth & Environ Science)
ES1 - Principles & Goals
STUDY TIPS!
Year 10
Welcome to Science!
Fish & Polar Bears!
2.REACTIONS
Reactions 1 - The law of conservation of mass and chemical reactions
How to write Chemical Formulae
Reactions 2 - Naming Chemical Compounds
Reactions 3 - Constructing Chemical Equations
Reactions 4 - Synthesis & Decomposition Reactions
Reactions 5 - Displacement Reactions
Reactions 6 - Acids, Bases, pH
Reactions 7 - Neutralisation and other reactions of acids
Reactions 8 - Rate of reaction: collision theory
Reactions 9 - Reactions 9 - Factors that affect rate of reactions
Reactions 10 - Nuclear reactions and the big bang
Reactions 11 - Radioactive isotopes
Reactions 12 - Half‑life of radioactive isotopes
Reactions 13 - Reactions 13 - Uses of radioisotopes
Reactions 14 - Nuclear fission and nuclear fusion
Reactions 15 - Environmental impacts of nuclear reactions
Qualitative Analysis (Mystery Displacement)
Study Tips & Revision
Year 11
MODULE 1 - Cells as The Basis of Life
The Cell Theory
Prokaryotes & Eukaryotes
Microscopes
Cell Organelles
Cell Membranes
Cell Transport
Endocytosis, Exocytosis, Tonicity & SA:V
Energy (ATP)
Cell Requirements
Photosynthesis
Cellular Respiration
Enzymes
MODULE 2 - Organisation of Living Things
Unicellular, Colonial & Multicellular Organisms
Cell Differentiation & Specialisation
Animals - Tissues, Organs & Organ Systems
Hierarchy
Plants - Tissues, Organs & Organ Systems
The Structure of Autotrophs
Xylem & Phloem
Tracing Products of Photosynthesis
Gas Exchange
Trace Digestion in Mammals
Comparison Gas & Nutrient Requirements.
Transport Systems
MODULE 3 - Biological Diversity
Abiotic & Biotic Factors
Distribution & Abundance
Adaptations
MODULE 4 - Ecosytem Dynamics
Sampling Techniques
Impacts of Abiotic Factors
Impact of Biotic Factors on the Ecosystem
Study Tips & Revision
11 Bio Depth Study - Narrabeen Rock Pools
Year 12
MODULE 5 - Heredity
Intro to Plant Reproduction
Intro to Reproductive Systems
5.1 Reproduction in plants (asexual & sexual)
5.2 Asexual Reproduction (binary, fission, spores, budding)
5.3 Internal & External Fertilisation
5.4 Fertilisation, Implantation & Hormonal Control
5.5 Reproduction in Agriculture
5.6 Mitosis
5.7 Meiosis
5.8 DNA Replication
5.9 Continuity of Species (genetic link)
5.10 DNA of Prokaryotes & Eukaryotes
5.11 Transcription & Translation
5.12 mRNA & tRNA
5.13 Function & Importance of Polypep Synthesis
5.14 Genes, Environment & Phenotypes
5.15 Structure & Function of Proteins
5.16 Modelling Meiosis, Fertilisation & Mutations
5.17 Punnet's - Mendel's Monohybrid Crosses
5.18 Sex-link, co-dom, incomp dom, multiple alleles (predict variations)
5.20 Allele Frequency & SNP's
5.21 DNA Profiling & Sequencing
5.22 Population Genetics
MODULE 6 - Genetic Change
6.1a Mutagens
6.1 Genetic Variation - Meiosis, Mutation & Fertilisation
6.2 Point Mutations
6.3 Chromosomal Mutations
6.4 Somatic v Germline
6.5 Coding & Non-Coding DNA
6.5a Gene Flow, Genetic Drift & Gene Pool
6.6 Uses of Biotech (past, present, future)
6.6a Social Implications & Ethical Uses
6.7 Future Directions of Biotech
6.8 Inducing Genetic Change, AI, AP
6.9 Cloning
6.10 Recombinant DNA in Ag & Medicine
6.11 Ag, Medical, Industry, Biotech, Social, Economic &. Cultural
6.12 Social, Economic & Cultural contexts
MODULE 7 - Infectious Disease
Causes of Infectious Diseases
Transmission of Disease
Microbial Testing of Food & Water
Adaptations of Pathogens
Pasteur & Koch
Plant Disease in Agriculture
Animal Disease in Agriculture
Plant Responses to Infections
Animal Responses to Pathogens (innate immunity)
Immunity
Local, Regional & Global Spread
Preventing The Spread
Environmental Mgmt & Quarantine
Malaria
Diverse Strategies of Treatment
Indigenous Medicine & Smoke Bush
Revision Booklet
MODULE 8 - Non-infectious Diseases & Disorders
8.1 - Homeostasis
8.2 - Adaptations
8.3 - Hormonal & Neural pathways
8.4 - Plants & Water Balance
8.5 - Non Infectious Diseases
8.6 - Incidence & Prevalence of Disease
8.7 - Epidemiology Patterns
8.8 - Tx, Mgmt & Future Direction of Disease
8.9 - Evaluation of method & benefit
8.10 - Prevention by Public Campaigns & Genetic Engineering
8.11 - The Ear & Hearing Loss and Assistive Technologies
8.12 - The Eye & Visual Disorders
8.13 - The Kidney & Dialysis
8.14 - Efficacy of Medical Tech
STUDY TIPS!
NESA Verbs
Science is Awesome
Materials 5 - Chemical Bonding
OUP Chemistry - How Are Ionic and Covalent Bonds Formed?
Ionic and covalent bonds both involve the moving of electrons, allowing two atoms to each achieve complete outer shells. But how does this happen?
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